All Ship and Module Modifications

This ship modification is designed to decrease the CPU need of a ship's energy turrets at the expense of increased power grid need for them. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to decrease the CPU need of a ship's energy turrets at the expense of increased power grid need for them. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to decrease the CPU need of a ship's hybrid turrets at the expense of increased power grid need for hybrid weapons. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to decrease the CPU need of a ship's hybrid turrets at the expense of increased power grid need for hybrid weapons. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to increase a ship's powergrid capacity.

This ship modification is designed to increase a ship's powergrid capacity.

This ship modification is designed to increase a ship's armor repairer repair amount at the expense of increased power grid need for them. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase a ship's armor repairer repair amount at the expense of increased power grid need for them. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase a ship's max velocity at the expense of armor amount. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to increase a ship's max velocity at the expense of armor amount. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to increase a ship's missile launchers' rate of fire at the expense of increased CPU requirements for launchers. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Launcher Rigging skill.

This ship modification is designed to increase a ship's missile launchers' rate of fire at the expense of increased CPU requirements for launchers. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Launcher Rigging skill.

This ship modification is designed to increase a ship's capacitor recharge rate.

This ship modification is designed to increase a ship's capacitor recharge rate.

This ship modification is designed to increase a ship's cargo capacity at the expense of armor amount. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to increase a ship's cargo capacity at the expense of armor amount. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to increase the number of Command Burst modules that can be equipped to a command-capable ship.

This ship modification is designed to reduce the capacitor need of modules which require shield operation skills at the expense of increased signature radius. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to reduce the capacitor need of modules which require shield operation skills at the expense of increased signature radius. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to reduce the power need of all shield upgrade modules at the expense of increased signature radius. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to reduce the power need of all shield upgrade modules at the expense of increased signature radius. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to increase shield capacity at the expense of increased signature radius. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to increase shield capacity at the expense of increased signature radius. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to improve shield recharge rate at the expense of increased signature radius. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to improve shield recharge rate at the expense of increased signature radius. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to reduce the duration of shield booster cycles at the expense of increased signature radius. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to reduce the duration of shield booster cycles at the expense of increased signature radius. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to increase a ship's drone control range at the expense of the ship's CPU capacity. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's drone control range at the expense of the ship's CPU capacity. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase the ship's drone and fighter hit points at the expense of the ship's CPU capacity. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase the ship's drone and fighter hit points at the expense of the ship's CPU capacity. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's mining drone yield at the expense of the ship's CPU capacity. Increases the mining yield per cycle of ore mining drones, and speeds up the cycle time of ice harvesting drones. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's mining drone yield at the expense of the ship's CPU capacity. Increases the mining yield per cycle of ore mining drones, and speeds up the cycle time of ice harvesting drones. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's drone repair amount at the expense of the ship's CPU capacity. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's drone repair amount at the expense of the ship's CPU capacity. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's drone and fighter optimal range at the expense of the ship's CPU capacity. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's drone and fighter optimal range at the expense of the ship's CPU capacity. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's drone and fighter max velocity at the expense of the ship's CPU capacity. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's drone and fighter max velocity at the expense of the ship's CPU capacity. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to reduce the capacitor need of a ship's afterburner and microwarpdrive modules at the expense of armor amount. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to reduce the capacitor need of a ship's afterburner and microwarpdrive modules at the expense of armor amount. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to reduce a ship's capacitor need for all energy emission modules.

This ship modification is designed to reduce a ship's capacitor need for all energy emission modules.

This ship modification is designed to increase a ship's armor EM resistance at the expense of max velocity. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase a ship's armor EM resistance at the expense of max velocity. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase the EM resistance of ship shields at the expense of increased signature radius. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to increase the EM resistance of ship shields at the expense of increased signature radius. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to increase the efficiency of a ship's relic modules.

This ship modification is designed to increase the efficiency of a ship's relic modules.

This ship modification is designed to increase the accuracy falloff range of a ship's energy turrets at the expense of increased power grid need for them. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to increase the accuracy falloff range of a ship's energy turrets at the expense of increased power grid need for them. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to increase a ship's energy turrets' rate of fire at the expense of increased power grid need for them. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to increase a ship's energy turrets' rate of fire at the expense of increased power grid need for them. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to increase the damage output of a ship's energy turrets at the expense of increased power grid need for them. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to increase the damage output of a ship's energy turrets at the expense of increased power grid need for them. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to decrease the capacitor need of a ship's energy turrets at the expense of increased power grid need for them. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to decrease the capacitor need of a ship's energy turrets at the expense of increased power grid need for them. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to increase the optimal range of a ship's energy turrets at the expense of increased power grid need for them. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to increase the optimal range of a ship's energy turrets at the expense of increased power grid need for them. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to increase the tracking speed of a ship's energy turrets at the expense of increased power grid need for them. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to increase the tracking speed of a ship's energy turrets at the expense of increased power grid need for them. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to increase the duration of a ship's afterburner or microwarpdrive modules at the expense of armor amount. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to increase the duration of a ship's afterburner or microwarpdrive modules at the expense of armor amount. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to increase a ship's armor explosive resistance at the expense of max velocity. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase a ship's armor explosive resistance at the expense of max velocity. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase the explosive resistance of ship shields at the expense of increased signature radius. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to increase the explosive resistance of ship shields at the expense of increased signature radius. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to increase a ship's scan probe strength.

This ship modification is designed to increase a ship's scan probe strength.

This unique rig generates drag against the energy field of space itself, causing the fitted ship to increase in mass and agility while greatly reducing maximum velocity. This effect also reduces a ship's maximum warp speed, although the impact on warp velocity can be mitigated through skilled use. As a side effect of the increased warp drag, interdiction nullified ships lose the benefits of their nullification while fitted with this rig, causing them to be affected by non-targeted warp disruption like normal vessels. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill. Only one Higgs Anchor can be fitted at a time.

This ship modification is designed to increase the accuracy falloff range of a ship's hybrid turrets at the expense of increased power grid need for hybrid weapons. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to increase the accuracy falloff range of a ship's hybrid turrets at the expense of increased power grid need for hybrid weapons. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to increase a ship's hybrid turret rate of fire at the expense of increased power grid need for hybrid weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to increase a ship's hybrid turret rate of fire at the expense of increased power grid need for hybrid weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to increase a ship's hybrid turret damage at the expense of increased power grid need for hybrid weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to increase a ship's hybrid turret damage at the expense of increased power grid need for hybrid weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to reduce the capacitor need of a ship's hybrid turrets at the expense of increased power grid need for hybrid weapons. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to reduce the capacitor need of a ship's hybrid turrets at the expense of increased power grid need for hybrid weapons. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to increase the optimal range of a ship's hybrid turrets at the expense of increased power grid need for hybrid weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to increase the optimal range of a ship's hybrid turrets at the expense of increased power grid need for hybrid weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to increase the tracking speed of a ship's hybrid turrets at the expense of increased power grid need for hybrid weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to increase the tracking speed of a ship's hybrid turrets at the expense of increased power grid need for hybrid weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to increase missile velocity at the expense of increased CPU requirements for launchers. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Launcher Rigging skill.

This ship modification is designed to increase missile velocity at the expense of increased CPU requirements for launchers. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Launcher Rigging skill.

This ship modification is designed to increase a ship's warp speed and acceleration at the expense of increased signature radius. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to increase a ship's warp speed and acceleration at the expense of increased signature radius. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to increase the effectiveness of fitted remote sensor dampeners at the expense of shields. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase the effectiveness of fitted remote sensor dampeners at the expense of shields. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase a ship's targeting range at the expense of shields. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase a ship's targeting range at the expense of shields. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase a ship's armor kinetic resistance at the expense of max velocity. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase a ship's armor kinetic resistance at the expense of max velocity. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase the kinetic resistance of ship shields at the expense of increased signature radius. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to increase the kinetic resistance of ship shields at the expense of increased signature radius. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to reduce the CPU need of modules which require the electronics upgrades skill.

This ship modification is designed to reduce the CPU need of modules which require the electronics upgrades skill.

This ship modification is designed to increase a ship's agility at the expense of armor amount. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to increase a ship's agility at the expense of armor amount. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to increase the efficiency of a ship's data modules.

This ship modification is designed to increase the efficiency of a ship's data modules.

This ship modification is designed to reduce a ship's armor repair cycle duration at the expense of increased power grid need for them. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to reduce a ship's armor repair cycle duration at the expense of increased power grid need for them. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase the strength of a ship's ECM jammers at the expense of shields. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase the strength of a ship's ECM jammers at the expense of shields. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase the optimal range of a ship's ECM, remote sensor dampeners, weapon disruptors and target painters at the expense of shields. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase the optimal range of a ship's ECM, remote sensor dampeners, weapon disruptors and target painters at the expense of shields. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase ship's velocity and maneuverability at the expense of armor amount. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to increase ship's velocity and maneuverability at the expense of armor amount. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to reduce a ship's CPU need for all power upgrade modules.

This ship modification is designed to reduce a ship's CPU need for all power upgrade modules.

This ship modification is designed to increase a ship's CPU. Penalty: - 5% Shield Recharge Rate Bonus.

This ship modification is designed to increase a ship's CPU. Penalty: - 10% Shield Recharge Rate Bonus.

This ship modification is designed to increase a ship's projectile turret accuracy falloff range at the expense of increased power grid need for projectile weapons. The drawbacks of fitting this rig may be reduced by training the Projectile Weapon Rigging skill.

This ship modification is designed to increase a ship's projectile turret accuracy falloff range at the expense of increased power grid need for projectile weapons. The drawbacks of fitting this rig may be reduced by training the Projectile Weapon Rigging skill.

This ship modification is designed to increase a ship's projectile turret rate of fire at the expense of increased power grid need for projectile weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Projectile Weapon Rigging skill.

This ship modification is designed to increase a ship's projectile turret rate of fire at the expense of increased power grid need for projectile weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Projectile Weapon Rigging skill.

This ship modification is designed to increase a ship's projectile turret damage output at the expense of increased power grid need for projectile weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Projectile Weapon Rigging skill.

This ship modification is designed to increase a ship's projectile turret damage output at the expense of increased power grid need for projectile weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Projectile Weapon Rigging skill.

This ship modification is designed to increase the optimal range of all projectile turrets at the expense of increased power grid need for projectile weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Projectile Weapon Rigging skill.

This ship modification is designed to increase the optimal range of all projectile turrets at the expense of increased power grid need for projectile weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Projectile Weapon Rigging skill.

This ship modification is designed to increase the tracking speed of all projectile turrets at the expense of increased power grid need for projectile weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Projectile Weapon Rigging skill.

This ship modification is designed to increase the tracking speed of all projectile turrets at the expense of increased power grid need for projectile weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Projectile Weapon Rigging skill.

This ship modification is designed to reduce the capacitor need for a ship's remote armor repair modules at the expense of max velocity. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to reduce the capacitor need for a ship's remote armor repair modules at the expense of max velocity. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase maximum missile flight time at the expense of increased CPU requirements for launchers. The drawbacks of fitting this rig may be reduced by training the Launcher Rigging skill.

This ship modification is designed to increase maximum missile flight time at the expense of increased CPU requirements for launchers. The drawbacks of fitting this rig may be reduced by training the Launcher Rigging skill.

This ship modification is designed to increase a ship's chance of salvage retrieval at the expense of max velocity. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase a ship's chance of salvage retrieval at the expense of max velocity. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase a ship's capacitor capacity.

This ship modification is designed to increase a ship's capacitor capacity.

This ship modification is designed to increase a ship's sentry drone damage at the expense of the ship's CPU capacity. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's sentry drone damage at the expense of the ship's CPU capacity. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to reduce a ship's capacitor need for ECM and ECM Burst modules.

This ship modification is designed to reduce a ship's capacitor need for ECM and ECM Burst modules.

This ship modification is designed to increase the scan speed of modules which require the CPU Management skill (cargo scanner, ship scanner and survey scanner), at the expense of shields. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase the scan speed of modules which require the CPU Management skill (cargo scanner, ship scanner and survey scanner), at the expense of shields. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase a ship's stasis web drones' factor of velocity decrease at the expense of the ship's CPU capacity. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's stasis web drones' factor of velocity decrease at the expense of the ship's CPU capacity. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's targeting speed at the expense of shields. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase a ship's targeting speed at the expense of shields. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to reduce a ship's targeting delay after de-cloaking at the expense of shields. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to reduce a ship's targeting delay after de-cloaking at the expense of shields. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase a ship's armor thermal resistance at the expense of max velocity. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase a ship's armor thermal resistance at the expense of max velocity. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase the thermal resistance of ship shields at the expense of increased signature radius. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to increase the thermal resistance of ship shields at the expense of increased signature radius. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to increase the effectiveness of fitted weapon disruptors at the expense of shields. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase the effectiveness of fitted weapon disruptors at the expense of shields. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase a ship's total hull hit points at the expense of cargo capacity. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase a ship's total hull hit points at the expense of cargo capacity. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase a ship's total armor hit points at the expense of max velocity. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase a ship's total armor hit points at the expense of max velocity. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase missile damage at the expense of increased CPU requirements for launchers. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Launcher Rigging skill.

This ship modification is designed to increase missile damage at the expense of increased CPU requirements for launchers. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Launcher Rigging skill.

This ship modification is designed to decrease the effect of a target's velocity in avoiding the radius of missile explosions at the expense of increased CPU requirements for launchers. The drawbacks of fitting this rig may be reduced by training the Launcher Rigging skill.

This ship modification is designed to decrease the effect of a target's velocity in avoiding the radius of missile explosions at the expense of increased CPU requirements for launchers. The drawbacks of fitting this rig may be reduced by training the Launcher Rigging skill.

This ship modification is designed to decrease the signature radius factor for missile explosions at the expense of increased CPU requirements for launchers. The drawbacks of fitting this rig may be reduced by training the Launcher Rigging skill.

This ship modification is designed to decrease the signature radius factor for missile explosions at the expense of increased CPU requirements for launchers. The drawbacks of fitting this rig may be reduced by training the Launcher Rigging skill.

This ship modification is designed to reduce a ship's capacitor need for initiating warp at the expense of increased signature radius. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to reduce a ship's capacitor need for initiating warp at the expense of increased signature radius. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This bioadaptive mutaplasmid tool is designed to interface with and alter propulsion systems relying on impulse thrust principles alone. As such this mutaplasmid could be used to mutate the performance characteristics of most afterburners in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool has begun to decay and mutation effects will be less pronounced as a result. While possible mutational benefits are low, the risks of using this mutaplasmid are also reduced.

This bioadaptive mutaplasmid tool is designed to interface with and alter propulsion systems relying on impulse thrust principles alone. As such this mutaplasmid could be used to mutate the performance characteristics of most afterburners in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool has begun to decay and mutation effects will be less pronounced as a result. While possible mutational benefits are low, the risks of using this mutaplasmid are also reduced.

This bioadaptive mutaplasmid tool is designed to interface with and alter propulsion systems relying on impulse thrust principles alone. As such this mutaplasmid could be used to mutate the performance characteristics of most afterburners in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool has begun to decay and mutation effects will be less pronounced as a result. While possible mutational benefits are low, the risks of using this mutaplasmid are also reduced.

This bioadaptive mutaplasmid tool is designed to interface with and alter propulsion systems relying on impulse thrust principles alone. As such this mutaplasmid could be used to mutate the performance characteristics of most afterburners in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool has begun to decay and mutation effects will be less pronounced as a result. While possible mutational benefits are low, the risks of using this mutaplasmid are also reduced.

This bioadaptive mutaplasmid tool is designed to interface with and alter propulsion systems that combine impulse thrust with localized warp field transformations. As such this mutaplasmid could be used to mutate the performance characteristics of most microwarpdrives in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool has begun to decay and mutation effects will be less pronounced as a result. While possible mutational benefits are low, the risks of using this mutaplasmid are also reduced.

This bioadaptive mutaplasmid tool is designed to interface with and alter propulsion systems that combine impulse thrust with localized warp field transformations. As such this mutaplasmid could be used to mutate the performance characteristics of most microwarpdrives in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool has begun to decay and mutation effects will be less pronounced as a result. While possible mutational benefits are low, the risks of using this mutaplasmid are also reduced.

This bioadaptive mutaplasmid tool is designed to interface with and alter propulsion systems that combine impulse thrust with localized warp field transformations. As such this mutaplasmid could be used to mutate the performance characteristics of most microwarpdrives in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool has begun to decay and mutation effects will be less pronounced as a result. While possible mutational benefits are low, the risks of using this mutaplasmid are also reduced.

This bioadaptive mutaplasmid tool is designed to interface with and alter propulsion systems that combine impulse thrust with localized warp field transformations. As such this mutaplasmid could be used to mutate the performance characteristics of most microwarpdrives in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool has begun to decay and mutation effects will be less pronounced as a result. While possible mutational benefits are low, the risks of using this mutaplasmid are also reduced.

This bioadaptive mutaplasmid tool is designed to interface with and alter devices that mitigate the impact of critical system damage and provide short bursts of extreme damage resistances. As such this mutaplasmid could be used to mutate the performance characteristics of assault damage control modules. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool has begun to decay and mutation effects will be less pronounced as a result. While possible mutational benefits are low, the risks of using this mutaplasmid are also reduced.

This bioadaptive mutaplasmid tool is designed to interface with and alter computer systems designed for monitoring and guiding missiles. As such this mutaplasmid could be used to mutate the performance characteristics of most ballistic control system. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool has begun to decay and mutation effects will be less pronounced as a result. While possible mutational benefits are low, the risks of using this mutaplasmid are also reduced.

This bioadaptive mutaplasmid tool is designed to interface with and alter standard, assembler-based armor repair systems. As such this mutaplasmid could be used to mutate the performance characteristics of most armor repairers in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool has begun to decay and mutation effects will be less pronounced as a result. While possible mutational benefits are low, the risks of using this mutaplasmid are also reduced.

This bioadaptive mutaplasmid tool is designed to interface with and alter energy charge neutralization devices. As such this mutaplasmid could be used to mutate the performance characteristics of most energy neutralizers in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool has begun to decay and mutation effects will be less pronounced as a result. While possible mutational benefits are low, the risks of using this mutaplasmid are also reduced.

This bioadaptive mutaplasmid tool is designed to interface with and alter energy charge leeching devices. As such this mutaplasmid could be used to mutate the performance characteristics of most energy nosferatu modules in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool has begun to decay and mutation effects will be less pronounced as a result. While possible mutational benefits are low, the risks of using this mutaplasmid are also reduced.

This bioadaptive mutaplasmid tool is designed to interface with and alter standard, field-based shield-boosting systems. As such this mutaplasmid could be used to mutate the performance characteristics of most shield boosters in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool has begun to decay and mutation effects will be less pronounced as a result. While possible mutational benefits are low, the risks of using this mutaplasmid are also reduced.

This bioadaptive mutaplasmid tool is designed to interface with and alter devices that mitigate the impact of critical system damage. As such this mutaplasmid could be used to mutate the performance characteristics of standard damage control modules. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool has begun to decay and mutation effects will be less pronounced as a result. While possible mutational benefits are low, the risks of using this mutaplasmid are also reduced.

This bioadaptive mutaplasmid tool is designed to interface with and alter devices capable of containing the radiation generated by Entropic Disintegrators. As such this mutaplasmid could be used to mutate the performance characteristics of entropic radiation sinks. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool has begun to decay and mutation effects will be less pronounced as a result. While possible mutational benefits are low, the risks of using this mutaplasmid are also reduced.

This bioadaptive mutaplasmid tool is designed to interface with and alter devices provide stable fire control for projectile weapons. As such this mutaplasmid could be used to mutate the performance characteristics of gyrostabilizer modules. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool has begun to decay and mutation effects will be less pronounced as a result. While possible mutational benefits are low, the risks of using this mutaplasmid are also reduced.

This bioadaptive mutaplasmid tool is designed to interface with and alter devices that improve the efficiency of energy weapons. As such this mutaplasmid could be used to mutate the performance characteristics of heat sink modules. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool has begun to decay and mutation effects will be less pronounced as a result. While possible mutational benefits are low, the risks of using this mutaplasmid are also reduced.

This bioadaptive mutaplasmid tool is designed to interface with and alter energy charge neutralization devices. As such this mutaplasmid could be used to mutate the performance characteristics of most energy neutralizers in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool has begun to decay and mutation effects will be less pronounced as a result. While possible mutational benefits are low, the risks of using this mutaplasmid are also reduced.

This bioadaptive mutaplasmid tool is designed to interface with and alter energy charge leeching devices. As such this mutaplasmid could be used to mutate the performance characteristics of most energy nosferatu modules in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool has begun to decay and mutation effects will be less pronounced as a result. While possible mutational benefits are low, the risks of using this mutaplasmid are also reduced.

This bioadaptive mutaplasmid tool is designed to interface with and alter targeted, long-range warp disruption devices. As such this mutaplasmid could be used to mutate the performance characteristics of most warp disruptors. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool has begun to decay and mutation effects will be less pronounced as a result. While possible mutational benefits are low, the risks of using this mutaplasmid are also reduced.

This bioadaptive mutaplasmid tool is designed to interface with and alter targeted, short-range warp field scrambling devices. As such this mutaplasmid could be used to mutate the performance characteristics of most warp scramblers. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool has begun to decay and mutation effects will be less pronounced as a result. While possible mutational benefits are low, the risks of using this mutaplasmid are also reduced.

This bioadaptive mutaplasmid tool is designed to interface with and alter supplemental armor layering systems. As such this mutaplasmid could be used to mutate the performance characteristics of most armor plates in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool has begun to decay and mutation effects will be less pronounced as a result. While possible mutational benefits are low, the risks of using this mutaplasmid are also reduced.

This bioadaptive mutaplasmid tool is designed to interface with and alter standard, assembler-based armor repair systems. As such this mutaplasmid could be used to mutate the performance characteristics of most armor repairers in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool has begun to decay and mutation effects will be less pronounced as a result. While possible mutational benefits are low, the risks of using this mutaplasmid are also reduced.

This bioadaptive mutaplasmid tool is designed to interface with and alter devices that provide additional capacitor storage. As such this mutaplasmid could be used to mutate the performance characteristics of capacitor battery modules in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool has begun to decay and mutation effects will be less pronounced as a result. While possible mutational benefits are low, the risks of using this mutaplasmid are also reduced.

This bioadaptive mutaplasmid tool is designed to interface with and alter standard, field-based shield-boosting systems. As such this mutaplasmid could be used to mutate the performance characteristics of most shield boosters in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool has begun to decay and mutation effects will be less pronounced as a result. While possible mutational benefits are low, the risks of using this mutaplasmid are also reduced.

This bioadaptive mutaplasmid tool is designed to interface with and alter supplemental shield enhancement systems. As such this mutaplasmid could be used to mutate the performance characteristics of most shield extenders in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool has begun to decay and mutation effects will be less pronounced as a result. While possible mutational benefits are low, the risks of using this mutaplasmid are also reduced.

This bioadaptive mutaplasmid tool is designed to interface with and alter devices that provide stable fire control for hybrid weapons. As such this mutaplasmid could be used to mutate the performance characteristics of magnetic field stabilizer modules. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool has begun to decay and mutation effects will be less pronounced as a result. While possible mutational benefits are low, the risks of using this mutaplasmid are also reduced.

This bioadaptive mutaplasmid tool is designed to interface with and alter supplemental armor layering systems. As such this mutaplasmid could be used to mutate the performance characteristics of most armor plates in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool has begun to decay and mutation effects will be less pronounced as a result. While possible mutational benefits are low, the risks of using this mutaplasmid are also reduced.

This bioadaptive mutaplasmid tool is designed to interface with and alter standard, assembler-based armor repair systems. As such this mutaplasmid could be used to mutate the performance characteristics of most armor repairers in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool has begun to decay and mutation effects will be less pronounced as a result. While possible mutational benefits are low, the risks of using this mutaplasmid are also reduced.

This bioadaptive mutaplasmid tool is designed to interface with and alter devices that provide additional capacitor storage. As such this mutaplasmid could be used to mutate the performance characteristics of capacitor battery modules in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool has begun to decay and mutation effects will be less pronounced as a result. While possible mutational benefits are low, the risks of using this mutaplasmid are also reduced.

This bioadaptive mutaplasmid tool is designed to interface with and alter energy charge neutralization devices. As such this mutaplasmid could be used to mutate the performance characteristics of most energy neutralizers in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool has begun to decay and mutation effects will be less pronounced as a result. While possible mutational benefits are low, the risks of using this mutaplasmid are also reduced.

This bioadaptive mutaplasmid tool is designed to interface with and alter energy charge leeching devices. As such this mutaplasmid could be used to mutate the performance characteristics of most energy nosferatu modules in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool has begun to decay and mutation effects will be less pronounced as a result. While possible mutational benefits are low, the risks of using this mutaplasmid are also reduced.

This bioadaptive mutaplasmid tool is designed to interface with and alter standard, field-based shield-boosting systems. As such this mutaplasmid could be used to mutate the performance characteristics of most shield boosters in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool has begun to decay and mutation effects will be less pronounced as a result. While possible mutational benefits are low, the risks of using this mutaplasmid are also reduced.

This bioadaptive mutaplasmid tool is designed to interface with and alter supplemental shield enhancement systems. As such this mutaplasmid could be used to mutate the performance characteristics of most shield extenders in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool has begun to decay and mutation effects will be less pronounced as a result. While possible mutational benefits are low, the risks of using this mutaplasmid are also reduced.

This bioadaptive mutaplasmid tool is designed to interface with and alter devices that augment and enhance a dreadnought's siege warfare abilities. As such this mutaplasmid could be used to mutate the performance characteristics of siege modules. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool has begun to decay and mutation effects will be less pronounced as a result. While possible mutational benefits are low, the risks of using this mutaplasmid are also reduced.

This bioadaptive mutaplasmid tool is designed to interface with and alter supplemental armor layering systems. As such this mutaplasmid could be used to mutate the performance characteristics of most armor plates in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool has begun to decay and mutation effects will be less pronounced as a result. While possible mutational benefits are low, the risks of using this mutaplasmid are also reduced.

This bioadaptive mutaplasmid tool is designed to interface with and alter standard, assembler-based armor repair systems. As such this mutaplasmid could be used to mutate the performance characteristics of most armor repairers in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool has begun to decay and mutation effects will be less pronounced as a result. While possible mutational benefits are low, the risks of using this mutaplasmid are also reduced.

This bioadaptive mutaplasmid tool is designed to interface with and alter devices that provide additional capacitor storage. As such this mutaplasmid could be used to mutate the performance characteristics of capacitor battery modules in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool has begun to decay and mutation effects will be less pronounced as a result. While possible mutational benefits are low, the risks of using this mutaplasmid are also reduced.

This bioadaptive mutaplasmid tool is designed to interface with and alter energy charge neutralization devices. As such this mutaplasmid could be used to mutate the performance characteristics of most energy neutralizers in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool has begun to decay and mutation effects will be less pronounced as a result. While possible mutational benefits are low, the risks of using this mutaplasmid are also reduced.

This bioadaptive mutaplasmid tool is designed to interface with and alter energy charge leeching devices. As such this mutaplasmid could be used to mutate the performance characteristics of most energy nosferatu modules in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool has begun to decay and mutation effects will be less pronounced as a result. While possible mutational benefits are low, the risks of using this mutaplasmid are also reduced.

This bioadaptive mutaplasmid tool is designed to interface with and alter standard, field-based shield-boosting systems. As such this mutaplasmid could be used to mutate the performance characteristics of most shield boosters in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool has begun to decay and mutation effects will be less pronounced as a result. While possible mutational benefits are low, the risks of using this mutaplasmid are also reduced.

This bioadaptive mutaplasmid tool is designed to interface with and alter supplemental shield enhancement systems. As such this mutaplasmid could be used to mutate the performance characteristics of most shield extenders in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool has begun to decay and mutation effects will be less pronounced as a result. While possible mutational benefits are low, the risks of using this mutaplasmid are also reduced.

This bioadaptive mutaplasmid tool is designed to interface with and alter energy stasis entanglement devices. As such this mutaplasmid could be used to mutate the performance characteristics of most stasis webifiers. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool has begun to decay and mutation effects will be less pronounced as a result. While possible mutational benefits are low, the risks of using this mutaplasmid are also reduced.

This bioadaptive mutaplasmid tool is the product of an extensive research program by Upwell Consortium nanoengineers working with a variety of recovered Triglavian mutaplasmid strains. The resultant mutaplasmid tool is designed to interface with and alter devices which provide stable fire control for vorton projectors. As such this mutaplasmid could be used to mutate the performance characteristics of vorton tuning system modules and has been made available to all participating member states of EDENCOM. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool has begun to decay and mutation effects will be less pronounced as a result. While possible mutational benefits are low, the risks of using this mutaplasmid are also reduced.

This bioadaptive mutaplasmid tool is designed to interface with and alter targeted, long-range warp disruption devices. As such this mutaplasmid could be used to mutate the performance characteristics of most warp disruptors. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool has begun to decay and mutation effects will be less pronounced as a result. While possible mutational benefits are low, the risks of using this mutaplasmid are also reduced.

This bioadaptive mutaplasmid tool is designed to interface with and alter targeted, short-range warp field scrambling devices. As such this mutaplasmid could be used to mutate the performance characteristics of most warp scramblers. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool has begun to decay and mutation effects will be less pronounced as a result. While possible mutational benefits are low, the risks of using this mutaplasmid are also reduced.

This bioadaptive mutaplasmid tool is designed to interface with and alter standard, field-based shield-boosting systems. As such this mutaplasmid could be used to mutate the performance characteristics of most shield boosters in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool has begun to decay and mutation effects will be less pronounced as a result. While possible mutational benefits are low, the risks of using this mutaplasmid are also reduced.

This bioadaptive mutaplasmid tool appears to share elements of both Triglavian and rogue drone technologies. First encountered as a key Triglavian tool for mutating the performance of various pieces of technology, this mutaplasmid is designed to colonize and radically alter a heavy combat drone. It is possible this application was originally developed for use with rogue drones controlled by the Triglavians but hives controlled by the so-called "Unshackled Overminds" have also adopted it. As with their repurposing of the technology of New Eden's core empires, independent rogue drones clearly have no difficulties when it comes using this characteristically Triglavian technology. The mutaplasmid colony integrated into this bioadaptive tool is very unusual, even by the standards of this bizarre Triglavian technology. It appears that rogue drone nanotechnology elements have successfully stabilized the potential for enhancement of shield and armor systems. On the other hand, the mutation ranges for other functions are rather unstable. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated.

This bioadaptive mutaplasmid tool appears to share elements of both Triglavian and rogue drone technologies. First encountered as a key Triglavian tool for mutating the performance of various pieces of technology, this mutaplasmid is designed to colonize and radically alter a heavy combat drone. It is possible this application was originally developed for use with rogue drones controlled by the Triglavians but hives controlled by the so-called "Unshackled Overminds" have also adopted it. As with their repurposing of the technology of New Eden's core empires, independent rogue drones clearly have no difficulties when it comes using this characteristically Triglavian technology. The mutaplasmid colony integrated into this bioadaptive tool is very unusual, even by the standards of this bizarre Triglavian technology. It appears that rogue drone nanotechnology elements have successfully stabilized the potential for enhancement of weapon systems damage output. On the other hand, the mutation ranges for other functions are rather unstable. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated.

This bioadaptive mutaplasmid tool appears to share elements of both Triglavian and rogue drone technologies. First encountered as a key Triglavian tool for mutating the performance of various pieces of technology, this mutaplasmid is designed to colonize and radically alter a heavy combat drone. It is possible this application was originally developed for use with rogue drones controlled by the Triglavians but hives controlled by the so-called "Unshackled Overminds" have also adopted it. As with their repurposing of the technology of New Eden's core empires, independent rogue drones clearly have no difficulties when it comes using this characteristically Triglavian technology. The mutaplasmid colony integrated into this bioadaptive tool is very unusual, even by the standards of this bizarre Triglavian technology. It appears that rogue drone nanotechnology elements have successfully stabilized the potential for enhancement of navigation and spatial orientation functions. On the other hand, the mutation ranges for other functions are rather unstable. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated.

This bioadaptive mutaplasmid tool appears to share elements of both Triglavian and rogue drone technologies. First encountered as a key Triglavian tool for mutating the performance of various pieces of technology, this mutaplasmid is designed to colonize and radically alter a heavy combat drone. It is possible this application was originally developed for use with rogue drones controlled by the Triglavians but hives controlled by the so-called "Unshackled Overminds" have also adopted it. As with their repurposing of the technology of New Eden's core empires, independent rogue drones clearly have no difficulties when it comes using this characteristically Triglavian technology. The mutaplasmid colony integrated into this bioadaptive tool is very unusual, even by the standards of this bizarre Triglavian technology. It appears that rogue drone nanotechnology elements have successfully stabilized the potential for enhancement of weapon systems optimal and falloff ranges. On the other hand, the mutation ranges for other functions are rather unstable. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated.

This bioadaptive mutaplasmid tool appears to share elements of both Triglavian and rogue drone technologies. First encountered as a key Triglavian tool for mutating the performance of various pieces of technology, this mutaplasmid is designed to colonize and radically alter a light combat drone. It is possible this application was originally developed for use with rogue drones controlled by the Triglavians but hives controlled by the so-called "Unshackled Overminds" have also adopted it. As with their repurposing of the technology of New Eden's core empires, independent rogue drones clearly have no difficulties when it comes using this characteristically Triglavian technology. The mutaplasmid colony integrated into this bioadaptive tool is very unusual, even by the standards of this bizarre Triglavian technology. It appears that rogue drone nanotechnology elements have successfully stabilized the potential for enhancement of shield and armor systems. On the other hand, the mutation ranges for other functions are rather unstable. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated.

This bioadaptive mutaplasmid tool appears to share elements of both Triglavian and rogue drone technologies. First encountered as a key Triglavian tool for mutating the performance of various pieces of technology, this mutaplasmid is designed to colonize and radically alter a light combat drone. It is possible this application was originally developed for use with rogue drones controlled by the Triglavians but hives controlled by the so-called "Unshackled Overminds" have also adopted it. As with their repurposing of the technology of New Eden's core empires, independent rogue drones clearly have no difficulties when it comes using this characteristically Triglavian technology. The mutaplasmid colony integrated into this bioadaptive tool is very unusual, even by the standards of this bizarre Triglavian technology. It appears that rogue drone nanotechnology elements have successfully stabilized the potential for enhancement of weapon systems damage output. On the other hand, the mutation ranges for other functions are rather unstable. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated.

This bioadaptive mutaplasmid tool appears to share elements of both Triglavian and rogue drone technologies. First encountered as a key Triglavian tool for mutating the performance of various pieces of technology, this mutaplasmid is designed to colonize and radically alter a light combat drone. It is possible this application was originally developed for use with rogue drones controlled by the Triglavians but hives controlled by the so-called "Unshackled Overminds" have also adopted it. As with their repurposing of the technology of New Eden's core empires, independent rogue drones clearly have no difficulties when it comes using this characteristically Triglavian technology. The mutaplasmid colony integrated into this bioadaptive tool is very unusual, even by the standards of this bizarre Triglavian technology. It appears that rogue drone nanotechnology elements have successfully stabilized the potential for enhancement of navigation and spatial orientation functions. On the other hand, the mutation ranges for other functions are rather unstable. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated.

This bioadaptive mutaplasmid tool appears to share elements of both Triglavian and rogue drone technologies. First encountered as a key Triglavian tool for mutating the performance of various pieces of technology, this mutaplasmid is designed to colonize and radically alter a light combat drone. It is possible this application was originally developed for use with rogue drones controlled by the Triglavians but hives controlled by the so-called "Unshackled Overminds" have also adopted it. As with their repurposing of the technology of New Eden's core empires, independent rogue drones clearly have no difficulties when it comes using this characteristically Triglavian technology. The mutaplasmid colony integrated into this bioadaptive tool is very unusual, even by the standards of this bizarre Triglavian technology. It appears that rogue drone nanotechnology elements have successfully stabilized the potential for enhancement of weapon systems optimal and falloff ranges. On the other hand, the mutation ranges for other functions are rather unstable. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated.

This bioadaptive mutaplasmid tool appears to share elements of both Triglavian and rogue drone technologies. First encountered as a key Triglavian tool for mutating the performance of various pieces of technology, this mutaplasmid is designed to colonize and radically alter a medium combat drone. It is possible this application was originally developed for use with rogue drones controlled by the Triglavians but hives controlled by the so-called "Unshackled Overminds" have also adopted it. As with their repurposing of the technology of New Eden's core empires, independent rogue drones clearly have no difficulties when it comes using this characteristically Triglavian technology. The mutaplasmid colony integrated into this bioadaptive tool is very unusual, even by the standards of this bizarre Triglavian technology. It appears that rogue drone nanotechnology elements have successfully stabilized the potential for enhancement of shield and armor systems. On the other hand, the mutation ranges for other functions are rather unstable. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated.

This bioadaptive mutaplasmid tool appears to share elements of both Triglavian and rogue drone technologies. First encountered as a key Triglavian tool for mutating the performance of various pieces of technology, this mutaplasmid is designed to colonize and radically alter a medium combat drone. It is possible this application was originally developed for use with rogue drones controlled by the Triglavians but hives controlled by the so-called "Unshackled Overminds" have also adopted it. As with their repurposing of the technology of New Eden's core empires, independent rogue drones clearly have no difficulties when it comes using this characteristically Triglavian technology. The mutaplasmid colony integrated into this bioadaptive tool is very unusual, even by the standards of this bizarre Triglavian technology. It appears that rogue drone nanotechnology elements have successfully stabilized the potential for enhancement of weapon systems damage output. On the other hand, the mutation ranges for other functions are rather unstable. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated.

This bioadaptive mutaplasmid tool appears to share elements of both Triglavian and rogue drone technologies. First encountered as a key Triglavian tool for mutating the performance of various pieces of technology, this mutaplasmid is designed to colonize and radically alter a medium combat drone. It is possible this application was originally developed for use with rogue drones controlled by the Triglavians but hives controlled by the so-called "Unshackled Overminds" have also adopted it. As with their repurposing of the technology of New Eden's core empires, independent rogue drones clearly have no difficulties when it comes using this characteristically Triglavian technology. The mutaplasmid colony integrated into this bioadaptive tool is very unusual, even by the standards of this bizarre Triglavian technology. It appears that rogue drone nanotechnology elements have successfully stabilized the potential for enhancement of navigation and spatial orientation functions. On the other hand, the mutation ranges for other functions are rather unstable. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated.

This bioadaptive mutaplasmid tool appears to share elements of both Triglavian and rogue drone technologies. First encountered as a key Triglavian tool for mutating the performance of various pieces of technology, this mutaplasmid is designed to colonize and radically alter a medium combat drone. It is possible this application was originally developed for use with rogue drones controlled by the Triglavians but hives controlled by the so-called "Unshackled Overminds" have also adopted it. As with their repurposing of the technology of New Eden's core empires, independent rogue drones clearly have no difficulties when it comes using this characteristically Triglavian technology. The mutaplasmid colony integrated into this bioadaptive tool is very unusual, even by the standards of this bizarre Triglavian technology. It appears that rogue drone nanotechnology elements have successfully stabilized the potential for enhancement of weapon systems optimal and falloff ranges. On the other hand, the mutation ranges for other functions are rather unstable. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated.

This bioadaptive mutaplasmid tool appears to share elements of both Triglavian and rogue drone technologies. First encountered as a key Triglavian tool for mutating the performance of various pieces of technology, this mutaplasmid is designed to colonize and radically alter a sentry drone. It is possible this application was originally developed for use with rogue drones controlled by the Triglavians but hives controlled by the so-called "Unshackled Overminds" have also adopted it. As with their repurposing of the technology of New Eden's core empires, independent rogue drones clearly have no difficulties when it comes using this characteristically Triglavian technology. The mutaplasmid colony integrated into this bioadaptive tool is very unusual, even by the standards of this bizarre Triglavian technology. It appears that rogue drone nanotechnology elements have successfully stabilized the potential for enhancement of shield and armor systems. On the other hand, the mutation ranges for other functions are rather unstable. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated.

This bioadaptive mutaplasmid tool appears to share elements of both Triglavian and rogue drone technologies. First encountered as a key Triglavian tool for mutating the performance of various pieces of technology, this mutaplasmid is designed to colonize and radically alter a sentry drone. It is possible this application was originally developed for use with rogue drones controlled by the Triglavians but hives controlled by the so-called "Unshackled Overminds" have also adopted it. As with their repurposing of the technology of New Eden's core empires, independent rogue drones clearly have no difficulties when it comes using this characteristically Triglavian technology. The mutaplasmid colony integrated into this bioadaptive tool is very unusual, even by the standards of this bizarre Triglavian technology. It appears that rogue drone nanotechnology elements have successfully stabilized the potential for enhancement of weapon systems damage output. On the other hand, the mutation ranges for other functions are rather unstable. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated.

This bioadaptive mutaplasmid tool appears to share elements of both Triglavian and rogue drone technologies. First encountered as a key Triglavian tool for mutating the performance of various pieces of technology, this mutaplasmid is designed to colonize and radically alter a sentry drone. It is possible this application was originally developed for use with rogue drones controlled by the Triglavians but hives controlled by the so-called "Unshackled Overminds" have also adopted it. As with their repurposing of the technology of New Eden's core empires, independent rogue drones clearly have no difficulties when it comes using this characteristically Triglavian technology. The mutaplasmid colony integrated into this bioadaptive tool is very unusual, even by the standards of this bizarre Triglavian technology. It appears that rogue drone nanotechnology elements have successfully stabilized the potential for enhancement of spatial orientation functions. On the other hand, the mutation ranges for other functions are rather unstable. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated.

This bioadaptive mutaplasmid tool appears to share elements of both Triglavian and rogue drone technologies. First encountered as a key Triglavian tool for mutating the performance of various pieces of technology, this mutaplasmid is designed to colonize and radically alter a sentry drone. It is possible this application was originally developed for use with rogue drones controlled by the Triglavians but hives controlled by the so-called "Unshackled Overminds" have also adopted it. As with their repurposing of the technology of New Eden's core empires, independent rogue drones clearly have no difficulties when it comes using this characteristically Triglavian technology. The mutaplasmid colony integrated into this bioadaptive tool is very unusual, even by the standards of this bizarre Triglavian technology. It appears that rogue drone nanotechnology elements have successfully stabilized the potential for enhancement of weapon systems optimal and falloff ranges. On the other hand, the mutation ranges for other functions are rather unstable. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated.

This bioadaptive mutaplasmid tool is designed to interface with and alter propulsion systems relying on impulse thrust principles alone. As such this mutaplasmid could be used to mutate the performance characteristics of most afterburners in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool appears to be mature and reproducing at a healthy rate. The mutational benefits and risks of using this mutaplasmid are within relatively balanced bounds.

This bioadaptive mutaplasmid tool is designed to interface with and alter propulsion systems relying on impulse thrust principles alone. As such this mutaplasmid could be used to mutate the performance characteristics of most afterburners in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool appears to be mature and reproducing at a healthy rate. The mutational benefits and risks of using this mutaplasmid are within relatively balanced bounds.

This bioadaptive mutaplasmid tool is designed to interface with and alter propulsion systems relying on impulse thrust principles alone. As such this mutaplasmid could be used to mutate the performance characteristics of most afterburners in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool appears to be mature and reproducing at a healthy rate. The mutational benefits and risks of using this mutaplasmid are within relatively balanced bounds.

This bioadaptive mutaplasmid tool is designed to interface with and alter propulsion systems relying on impulse thrust principles alone. As such this mutaplasmid could be used to mutate the performance characteristics of most afterburners in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool appears to be mature and reproducing at a healthy rate. The mutational benefits and risks of using this mutaplasmid are within relatively balanced bounds.

This bioadaptive mutaplasmid tool is designed to interface with and alter propulsion systems that combine impulse thrust with localized warp field transformations. As such this mutaplasmid could be used to mutate the performance characteristics of most microwarpdrives in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool appears to be mature and reproducing at a healthy rate. The mutational benefits and risks of using this mutaplasmid are within relatively balanced bounds.

This bioadaptive mutaplasmid tool is designed to interface with and alter propulsion systems that combine impulse thrust with localized warp field transformations. As such this mutaplasmid could be used to mutate the performance characteristics of most microwarpdrives in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool appears to be mature and reproducing at a healthy rate. The mutational benefits and risks of using this mutaplasmid are within relatively balanced bounds.

This bioadaptive mutaplasmid tool is designed to interface with and alter propulsion systems that combine impulse thrust with localized warp field transformations. As such this mutaplasmid could be used to mutate the performance characteristics of most microwarpdrives in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool appears to be mature and reproducing at a healthy rate. The mutational benefits and risks of using this mutaplasmid are within relatively balanced bounds.

This bioadaptive mutaplasmid tool is designed to interface with and alter propulsion systems that combine impulse thrust with localized warp field transformations. As such this mutaplasmid could be used to mutate the performance characteristics of most microwarpdrives in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool appears to be mature and reproducing at a healthy rate. The mutational benefits and risks of using this mutaplasmid are within relatively balanced bounds.

This bioadaptive mutaplasmid tool is designed to interface with and alter devices that mitigate the impact of critical system damage and provide short bursts of extreme damage resistances. As such this mutaplasmid could be used to mutate the performance characteristics of assault damage control modules. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool appears to be mature and reproducing at a healthy rate. The mutational benefits and risks of using this mutaplasmid are within relatively balanced bounds.

This bioadaptive mutaplasmid tool is designed to interface with and alter computer systems designed for monitoring and guiding missiles. As such this mutaplasmid could be used to mutate the performance characteristics of most ballistic control system. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool appears to be mature and reproducing at a healthy rate. The mutational benefits and risks of using this mutaplasmid are within relatively balanced bounds.

This bioadaptive mutaplasmid tool is designed to interface with and alter standard, assembler-based armor repair systems. As such this mutaplasmid could be used to mutate the performance characteristics of most armor repairers in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool appears to be mature and reproducing at a healthy rate. The mutational benefits and risks of using this mutaplasmid are within relatively balanced bounds.

This bioadaptive mutaplasmid tool is designed to interface with and alter energy charge neutralization devices. As such this mutaplasmid could be used to mutate the performance characteristics of most energy neutralizers in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool appears to be mature and reproducing at a healthy rate. The mutational benefits and risks of using this mutaplasmid are within relatively balanced bounds.

This bioadaptive mutaplasmid tool is designed to interface with and alter energy charge leeching devices. As such this mutaplasmid could be used to mutate the performance characteristics of most energy nosferatu modules in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool appears to be mature and reproducing at a healthy rate. The mutational benefits and risks of using this mutaplasmid are within relatively balanced bounds.

This bioadaptive mutaplasmid tool is designed to interface with and alter standard, field-based shield-boosting systems. As such this mutaplasmid could be used to mutate the performance characteristics of most shield boosters in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool appears to be mature and reproducing at a healthy rate. The mutational benefits and risks of using this mutaplasmid are within relatively balanced bounds.

This bioadaptive mutaplasmid tool is designed to interface with and alter devices that mitigate the impact of critical system damage. As such this mutaplasmid could be used to mutate the performance characteristics of standard damage control modules. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool appears to be mature and reproducing at a healthy rate. The mutational benefits and risks of using this mutaplasmid are within relatively balanced bounds.

This bioadaptive mutaplasmid tool is designed to interface with and alter devices capable of containing the radiation generated by Entropic Disintegrators. As such this mutaplasmid could be used to mutate the performance characteristics of entropic radiation sinks. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool appears to be mature and reproducing at a healthy rate. The mutational benefits and risks of using this mutaplasmid are within relatively balanced bounds.

This bioadaptive mutaplasmid tool is designed to interface with and alter devices provide stable fire control for projectile weapons. As such this mutaplasmid could be used to mutate the performance characteristics of gyrostabilizer modules. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool appears to be mature and reproducing at a healthy rate. The mutational benefits and risks of using this mutaplasmid are within relatively balanced bounds.

This bioadaptive mutaplasmid tool is designed to interface with and alter devices that improve the efficiency of energy weapons. As such this mutaplasmid could be used to mutate the performance characteristics of heat sink modules. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool appears to be mature and reproducing at a healthy rate. The mutational benefits and risks of using this mutaplasmid are within relatively balanced bounds.

This bioadaptive mutaplasmid tool is designed to interface with and alter energy charge neutralization devices. As such this mutaplasmid could be used to mutate the performance characteristics of most energy neutralizers in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool appears to be mature and reproducing at a healthy rate. The mutational benefits and risks of using this mutaplasmid are within relatively balanced bounds.

This bioadaptive mutaplasmid tool is designed to interface with and alter energy charge leeching devices. As such this mutaplasmid could be used to mutate the performance characteristics of most energy nosferatu modules in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool appears to be mature and reproducing at a healthy rate. The mutational benefits and risks of using this mutaplasmid are within relatively balanced bounds.

This bioadaptive mutaplasmid tool is designed to interface with and alter targeted, long-range warp disruption devices. As such this mutaplasmid could be used to mutate the performance characteristics of most warp disruptors. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool appears to be mature and reproducing at a healthy rate. The mutational benefits and risks of using this mutaplasmid are within relatively balanced bounds.

This bioadaptive mutaplasmid tool is designed to interface with and alter targeted, short-range warp field scrambling devices. As such this mutaplasmid could be used to mutate the performance characteristics of most warp scramblers. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool appears to be mature and reproducing at a healthy rate. The mutational benefits and risks of using this mutaplasmid are within relatively balanced bounds.

This bioadaptive mutaplasmid tool is designed to interface with and alter supplemental armor layering systems. As such this mutaplasmid could be used to mutate the performance characteristics of most armor plates in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool appears to be mature and reproducing at a healthy rate. The mutational benefits and risks of using this mutaplasmid are within relatively balanced bounds.

This bioadaptive mutaplasmid tool is designed to interface with and alter standard, assembler-based armor repair systems. As such this mutaplasmid could be used to mutate the performance characteristics of most armor repairers in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool appears to be mature and reproducing at a healthy rate. The mutational benefits and risks of using this mutaplasmid are within relatively balanced bounds.

This bioadaptive mutaplasmid tool is designed to interface with and alter devices that provide additional capacitor storage. As such this mutaplasmid could be used to mutate the performance characteristics of capacitor battery modules in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool appears to be mature and reproducing at a healthy rate. The mutational benefits and risks of using this mutaplasmid are within relatively balanced bounds.

This bioadaptive mutaplasmid tool is designed to interface with and alter standard, field-based shield-boosting systems. As such this mutaplasmid could be used to mutate the performance characteristics of most shield boosters in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool appears to be mature and reproducing at a healthy rate. The mutational benefits and risks of using this mutaplasmid are within relatively balanced bounds.

This bioadaptive mutaplasmid tool is designed to interface with and alter supplemental shield enhancement systems. As such this mutaplasmid could be used to mutate the performance characteristics of most shield extenders in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool appears to be mature and reproducing at a healthy rate. The mutational benefits and risks of using this mutaplasmid are within relatively balanced bounds.

This bioadaptive mutaplasmid tool is designed to interface with and alter devices that provide stable fire control for hybrid weapons. As such this mutaplasmid could be used to mutate the performance characteristics of magnetic field stabilizer modules. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool appears to be mature and reproducing at a healthy rate. The mutational benefits and risks of using this mutaplasmid are within relatively balanced bounds.

This bioadaptive mutaplasmid tool is designed to interface with and alter supplemental armor layering systems. As such this mutaplasmid could be used to mutate the performance characteristics of most armor plates in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool appears to be mature and reproducing at a healthy rate. The mutational benefits and risks of using this mutaplasmid are within relatively balanced bounds.

This bioadaptive mutaplasmid tool is designed to interface with and alter standard, assembler-based armor repair systems. As such this mutaplasmid could be used to mutate the performance characteristics of most armor repairers in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool appears to be mature and reproducing at a healthy rate. The mutational benefits and risks of using this mutaplasmid are within relatively balanced bounds.

This bioadaptive mutaplasmid tool is designed to interface with and alter devices that provide additional capacitor storage. As such this mutaplasmid could be used to mutate the performance characteristics of capacitor battery modules in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool appears to be mature and reproducing at a healthy rate. The mutational benefits and risks of using this mutaplasmid are within relatively balanced bounds.

This bioadaptive mutaplasmid tool is designed to interface with and alter energy charge neutralization devices. As such this mutaplasmid could be used to mutate the performance characteristics of most energy neutralizers in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool appears to be mature and reproducing at a healthy rate. The mutational benefits and risks of using this mutaplasmid are within relatively balanced bounds.

This bioadaptive mutaplasmid tool is designed to interface with and alter energy charge leeching devices. As such this mutaplasmid could be used to mutate the performance characteristics of most energy nosferatu modules in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool appears to be mature and reproducing at a healthy rate. The mutational benefits and risks of using this mutaplasmid are within relatively balanced bounds.

This bioadaptive mutaplasmid tool is designed to interface with and alter standard, field-based shield-boosting systems. As such this mutaplasmid could be used to mutate the performance characteristics of most shield boosters in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool appears to be mature and reproducing at a healthy rate. The mutational benefits and risks of using this mutaplasmid are within relatively balanced bounds.

This bioadaptive mutaplasmid tool is designed to interface with and alter supplemental shield enhancement systems. As such this mutaplasmid could be used to mutate the performance characteristics of most shield extenders in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool appears to be mature and reproducing at a healthy rate. The mutational benefits and risks of using this mutaplasmid are within relatively balanced bounds.

This bioadaptive mutaplasmid tool is designed to interface with and alter devices that augment and enhance a dreadnought's siege warfare abilities. As such this mutaplasmid could be used to mutate the performance characteristics of siege modules. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool appears to be mature and reproducing at a healthy rate. The mutational benefits and risks of using this mutaplasmid are within relatively balanced bounds.

This bioadaptive mutaplasmid tool is designed to interface with and alter supplemental armor layering systems. As such this mutaplasmid could be used to mutate the performance characteristics of most armor plates in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool appears to be mature and reproducing at a healthy rate. The mutational benefits and risks of using this mutaplasmid are within relatively balanced bounds.

This bioadaptive mutaplasmid tool is designed to interface with and alter standard, assembler-based armor repair systems. As such this mutaplasmid could be used to mutate the performance characteristics of most armor repairers in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool appears to be mature and reproducing at a healthy rate. The mutational benefits and risks of using this mutaplasmid are within relatively balanced bounds.

This bioadaptive mutaplasmid tool is designed to interface with and alter devices that provide additional capacitor storage. As such this mutaplasmid could be used to mutate the performance characteristics of capacitor battery modules in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool appears to be mature and reproducing at a healthy rate. The mutational benefits and risks of using this mutaplasmid are within relatively balanced bounds.

This bioadaptive mutaplasmid tool is designed to interface with and alter energy charge neutralization devices. As such this mutaplasmid could be used to mutate the performance characteristics of most energy neutralizers in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool appears to be mature and reproducing at a healthy rate. The mutational benefits and risks of using this mutaplasmid are within relatively balanced bounds.

This bioadaptive mutaplasmid tool is designed to interface with and alter energy charge leeching devices. As such this mutaplasmid could be used to mutate the performance characteristics of most energy nosferatu modules in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool appears to be mature and reproducing at a healthy rate. The mutational benefits and risks of using this mutaplasmid are within relatively balanced bounds.

This bioadaptive mutaplasmid tool is designed to interface with and alter standard, field-based shield-boosting systems. As such this mutaplasmid could be used to mutate the performance characteristics of most shield boosters in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool appears to be mature and reproducing at a healthy rate. The mutational benefits and risks of using this mutaplasmid are within relatively balanced bounds.

This bioadaptive mutaplasmid tool is designed to interface with and alter supplemental shield enhancement systems. As such this mutaplasmid could be used to mutate the performance characteristics of most shield extenders in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool appears to be mature and reproducing at a healthy rate. The mutational benefits and risks of using this mutaplasmid are within relatively balanced bounds.

This bioadaptive mutaplasmid tool is designed to interface with and alter energy stasis entanglement devices. As such this mutaplasmid could be used to mutate the performance characteristics of most stasis webifiers. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool appears to be mature and reproducing at a healthy rate. The mutational benefits and risks of using this mutaplasmid are within relatively balanced bounds.

This bioadaptive mutaplasmid tool is the product of an extensive research program by Upwell Consortium nanoengineers working with a variety of recovered Triglavian mutaplasmid strains. The resultant mutaplasmid tool is designed to interface with and alter devices which provide stable fire control for vorton projectors. As such this mutaplasmid could be used to mutate the performance characteristics of vorton tuning system modules and has been made available to all participating member states of EDENCOM. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool appears to be mature and reproducing at a healthy rate. The mutational benefits and risks of using this mutaplasmid are within relatively balanced bounds.

This bioadaptive mutaplasmid tool is designed to interface with and alter targeted, long-range warp disruption devices. As such this mutaplasmid could be used to mutate the performance characteristics of most warp disruptors. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool appears to be mature and reproducing at a healthy rate. The mutational benefits and risks of using this mutaplasmid are within relatively balanced bounds.

This bioadaptive mutaplasmid tool is designed to interface with and alter targeted, short-range warp field scrambling devices. As such this mutaplasmid could be used to mutate the performance characteristics of most warp scramblers. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool appears to be mature and reproducing at a healthy rate. The mutational benefits and risks of using this mutaplasmid are within relatively balanced bounds.

This bioadaptive mutaplasmid tool is designed to interface with and alter standard, field-based shield-boosting systems. As such this mutaplasmid could be used to mutate the performance characteristics of most shield boosters in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool appears to be mature and reproducing at a healthy rate. The mutational benefits and risks of using this mutaplasmid are within relatively balanced bounds.

This ship modification is designed to decrease the CPU need of a ship's energy turrets at the expense of increased power grid need for them. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to decrease the CPU need of a ship's energy turrets at the expense of increased power grid need for them. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to decrease the CPU need of a ship's hybrid turrets at the expense of increased power grid need for hybrid weapons. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to decrease the CPU need of a ship's hybrid turrets at the expense of increased power grid need for hybrid weapons.

This ship modification is designed to increase a ship's powergrid capacity.

This ship modification is designed to increase a ship's powergrid capacity.

This ship modification is designed to increase a ship's armor repairer repair amount at the expense of increased power grid need for them. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase a ship's armor repairer repair amount at the expense of increased power grid need for them. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase a ship's max velocity at the expense of armor amount. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to increase a ship's max velocity at the expense of armor amount. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to increase a ship's missile launchers' rate of fire at the expense of increased CPU requirements for launchers. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Launcher Rigging skill.

This ship modification is designed to increase a ship's missile launchers' rate of fire at the expense of increased CPU requirements for launchers. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Launcher Rigging skill.

This ship modification is designed to increase a ship's capacitor recharge rate.

This ship modification is designed to increase a ship's capacitor recharge rate.

This ship modification is designed to increase a ship's cargo capacity at the expense of armor amount. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to increase a ship's cargo capacity at the expense of armor amount. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to increase the number of Command Burst modules that can be equipped to a command-capable ship.

This ship modification is designed to reduce the capacitor need of modules which require shield operation skills at the expense of increased signature radius. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to reduce the capacitor need of modules which require shield operation skills at the expense of increased signature radius. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to reduce the power need of all shield upgrade modules at the expense of increased signature radius. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to reduce the power need of all shield upgrade modules at the expense of increased signature radius. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to increase shield capacity at the expense of increased signature radius. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to increase shield capacity at the expense of increased signature radius. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to improve shield recharge rate at the expense of increased signature radius. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to improve shield recharge rate at the expense of increased signature radius. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to reduce the duration of shield booster cycles at the expense of increased signature radius. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to reduce the duration of shield booster cycles at the expense of increased signature radius. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to increase a ship's drone control range at the expense of the ship's CPU capacity. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's drone control range at the expense of the ship's CPU capacity. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's drone shield, armor and structure hit points at the expense of the ship's CPU capacity. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's drone shield, armor and structure hit points at the expense of the ship's CPU capacity. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's mining drone yield at the expense of the ship's CPU capacity. Increases the mining yield per cycle of ore mining drones, and speeds up the cycle time of ice harvesting drones. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's mining drone yield at the expense of the ship's CPU capacity. Increases the mining yield per cycle of ore mining drones, and speeds up the cycle time of ice harvesting drones. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's drone repair amount at the expense of the ship's CPU capacity. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's drone repair amount at the expense of the ship's CPU capacity. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's drone optimal range at the expense of the ship's CPU capacity. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's drone optimal range at the expense of the ship's CPU capacity. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's drone max velocity at the expense of the ship's CPU capacity. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's drone max velocity at the expense of the ship's CPU capacity. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to reduce the capacitor need of a ship's afterburner and microwarpdrive modules at the expense of armor amount. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to reduce the capacitor need of a ship's afterburner and microwarpdrive modules at the expense of armor amount. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to reduce a ship's capacitor need for all energy emission modules.

This ship modification is designed to reduce a ship's capacitor need for all energy emission modules.

This ship modification is designed to increase a ship's armor EM resistance at the expense of max velocity. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase a ship's armor EM resistance at the expense of max velocity. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase the EM resistance of ship shields at the expense of increased signature radius. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to increase the EM resistance of ship shields at the expense of increased signature radius. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to increase the efficiency of a ship's relic modules.

This ship modification is designed to increase the efficiency of a ship's relic modules.

This ship modification is designed to increase the accuracy falloff range of a ship's energy turrets at the expense of increased power grid need for them. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to increase the accuracy falloff range of a ship's energy turrets at the expense of increased power grid need for them. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to increase a ship's energy turrets' rate of fire at the expense of increased power grid need for them. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to increase a ship's energy turrets' rate of fire at the expense of increased power grid need for them. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to increase the damage output of a ship's energy turrets at the expense of increased power grid need for them. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to increase the damage output of a ship's energy turrets at the expense of increased power grid need for them. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to decrease the capacitor need of a ship's energy turrets at the expense of increased power grid need for them. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to decrease the capacitor need of a ship's energy turrets at the expense of increased power grid need for them. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to increase the optimal range of a ship's energy turrets at the expense of increased power grid need for them. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to increase the optimal range of a ship's energy turrets at the expense of increased power grid need for them. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to increase the tracking speed of a ship's energy turrets at the expense of increased power grid need for them. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to increase the tracking speed of a ship's energy turrets at the expense of increased power grid need for them. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to increase the duration of a ship's afterburner or microwarpdrive modules at the expense of armor amount. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to increase the duration of a ship's afterburner or microwarpdrive modules at the expense of armor amount. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to increase a ship's armor explosive resistance at the expense of max velocity. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase a ship's armor explosive resistance at the expense of max velocity. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase the explosive resistance of ship shields at the expense of increased signature radius. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to increase the explosive resistance of ship shields at the expense of increased signature radius. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to increase a ship's scan probe strength.

This ship modification is designed to increase a ship's scan probe strength.

This unique rig generates drag against the energy field of space itself, causing the fitted ship to increase in mass and agility while greatly reducing maximum velocity. This effect also reduces a ship's maximum warp speed, although the impact on warp velocity can be mitigated through skilled use. As a side effect of the increased warp drag, interdiction nullified ships lose the benefits of their nullification while fitted with this rig, causing them to be affected by non-targeted warp disruption like normal vessels. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill. Only one Higgs Anchor can be fitted at a time. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized.

This ship modification is designed to increase the accuracy falloff range of a ship's hybrid turrets at the expense of increased power grid need for hybrid weapons. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to increase the accuracy falloff range of a ship's hybrid turrets at the expense of increased power grid need for hybrid weapons. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to increase a ship's hybrid turret rate of fire at the expense of increased power grid need for hybrid weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to increase a ship's hybrid turret rate of fire at the expense of increased power grid need for hybrid weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to increase a ship's hybrid turret damage at the expense of increased power grid need for hybrid weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to increase a ship's hybrid turret damage at the expense of increased power grid need for hybrid weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to reduce the capacitor need of a ship's hybrid turrets at the expense of increased power grid need for hybrid weapons. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to reduce the capacitor need of a ship's hybrid turrets at the expense of increased power grid need for hybrid weapons. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to increase the optimal range of a ship's hybrid turrets at the expense of increased power grid need for hybrid weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to increase the optimal range of a ship's hybrid turrets at the expense of increased power grid need for hybrid weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to increase the tracking speed of a ship's hybrid turrets at the expense of increased power grid need for hybrid weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to increase the tracking speed of a ship's hybrid turrets at the expense of increased power grid need for hybrid weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to increase missile velocity at the expense of increased CPU requirements for launchers. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Launcher Rigging skill.

This ship modification is designed to increase missile velocity at the expense of increased CPU requirements for launchers. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Launcher Rigging skill.

This ship modification is designed to increase a ship's warp speed and acceleration at the expense of increased signature radius. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to increase a ship's warp speed and acceleration at the expense of increased signature radius. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to increase the effectiveness of fitted remote sensor dampeners at the expense of shields. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase the effectiveness of fitted remote sensor dampeners at the expense of shields. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase a ship's targeting range at the expense of shields. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase a ship's targeting range at the expense of shields. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase a ship's armor kinetic resistance at the expense of max velocity. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase a ship's armor kinetic resistance at the expense of max velocity. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase the kinetic resistance of ship shields at the expense of increased signature radius. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to increase the kinetic resistance of ship shields at the expense of increased signature radius. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to reduce the CPU need of modules which require the electronics upgrades skill.

This ship modification is designed to reduce the CPU need of modules which require the electronics upgrades skill.

This ship modification is designed to increase a ship's agility at the expense of armor amount. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to increase a ship's agility at the expense of armor amount. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to increase the efficiency of a ship's data modules.

This ship modification is designed to increase the efficiency of a ship's data modules.

This ship modification is designed to reduce a ship's armor repair cycle duration at the expense of increased power grid need for them. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to reduce a ship's armor repair cycle duration at the expense of increased power grid need for them. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase the strength of a ship's ECM jammers at the expense of shields. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase the strength of a ship's ECM jammers at the expense of shields. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase the optimal range of a ship's ECM, remote sensor dampeners, weapon disruptors and target painters at the expense of shields. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase the optimal range of a ship's ECM, remote sensor dampeners, weapon disruptors and target painters at the expense of shields. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase ship's velocity and maneuverability at the expense of armor amount. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to increase ship's velocity and maneuverability at the expense of armor amount. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to reduce a ship's CPU need for all power upgrade modules.

This ship modification is designed to reduce a ship's CPU need for all power upgrade modules.

This ship modification is designed to increase a ship's CPU. Penalty: - 5% Shield Recharge Rate Bonus.

This ship modification is designed to increase a ship's CPU. Penalty: - 10% Shield Recharge Rate Bonus.

This ship modification is designed to increase a ship's projectile turret accuracy falloff range at the expense of increased power grid need for projectile weapons. The drawbacks of fitting this rig may be reduced by training the Projectile Weapon Rigging skill.

This ship modification is designed to increase a ship's projectile turret accuracy falloff range at the expense of increased power grid need for projectile weapons. The drawbacks of fitting this rig may be reduced by training the Projectile Weapon Rigging skill.

This ship modification is designed to increase a ship's projectile turret rate of fire at the expense of increased power grid need for projectile weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Projectile Weapon Rigging skill.

This ship modification is designed to increase a ship's projectile turret rate of fire at the expense of increased power grid need for projectile weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Projectile Weapon Rigging skill.

This ship modification is designed to increase a ship's projectile turret damage output at the expense of increased power grid need for projectile weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Projectile Weapon Rigging skill.

This ship modification is designed to increase a ship's projectile turret damage output at the expense of increased power grid need for projectile weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Projectile Weapon Rigging skill.

This ship modification is designed to increase the optimal range of all projectile turrets at the expense of increased power grid need for projectile weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Projectile Weapon Rigging skill.

This ship modification is designed to increase the optimal range of all projectile turrets at the expense of increased power grid need for projectile weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Projectile Weapon Rigging skill.

This ship modification is designed to increase the tracking speed of all projectile turrets at the expense of increased power grid need for projectile weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Projectile Weapon Rigging skill.

This ship modification is designed to increase the tracking speed of all projectile turrets at the expense of increased power grid need for projectile weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Projectile Weapon Rigging skill.

This ship modification is designed to reduce the capacitor need for a ship's remote armor repair modules at the expense of max velocity. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to reduce the capacitor need for a ship's remote armor repair modules at the expense of max velocity. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase maximum missile flight time at the expense of increased CPU requirements for launchers. The drawbacks of fitting this rig may be reduced by training the Launcher Rigging skill.

This ship modification is designed to increase maximum missile flight time at the expense of increased CPU requirements for launchers. The drawbacks of fitting this rig may be reduced by training the Launcher Rigging skill.

This ship modification is designed to increase a ship's chance of salvage retrieval at the expense of max velocity. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase a ship's chance of salvage retrieval at the expense of max velocity. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase a ship's capacitor capacity.

This ship modification is designed to increase a ship's capacitor capacity.

This ship modification is designed to increase a ship's sentry drone damage at the expense of the ship's CPU capacity. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's sentry drone damage at the expense of the ship's CPU capacity. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to reduce a ship's capacitor need for ECM and ECM Burst modules.

This ship modification is designed to reduce a ship's capacitor need for ECM and ECM Burst modules.

This ship modification is designed to increase the scan speed of modules which require the CPU Management skill (cargo scanner, ship scanner and survey scanner), at the expense of shields. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase the scan speed of modules which require the CPU Management skill (cargo scanner, ship scanner and survey scanner), at the expense of shields. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase a ship's stasis web drones' factor of velocity decrease at the expense of the ship's CPU capacity. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's stasis web drones' factor of velocity decrease at the expense of the ship's CPU capacity. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's targeting speed at the expense of shields. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase a ship's targeting speed at the expense of shields. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to reduce a ship's targeting delay after de-cloaking at the expense of shields. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to reduce a ship's targeting delay after de-cloaking at the expense of shields. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase a ship's armor thermal resistance at the expense of max velocity. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase a ship's armor thermal resistance at the expense of max velocity. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase the thermal resistance of ship shields at the expense of increased signature radius. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to increase the thermal resistance of ship shields at the expense of increased signature radius. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to increase the effectiveness of fitted weapon disruptors at the expense of shields. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase the effectiveness of fitted weapon disruptors at the expense of shields. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase a ship's total hull hit points at the expense of cargo capacity. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase a ship's total hull hit points at the expense of cargo capacity. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase a ship's total armor hit points at the expense of max velocity. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase a ship's total armor hit points at the expense of max velocity. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase missile damage at the expense of increased CPU requirements for launchers. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Launcher Rigging skill.

This ship modification is designed to increase missile damage at the expense of increased CPU requirements for launchers. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Launcher Rigging skill.

This ship modification is designed to decrease the effect of a target's velocity in avoiding the radius of missile explosions at the expense of increased CPU requirements for launchers. The drawbacks of fitting this rig may be reduced by training the Launcher Rigging skill.

This ship modification is designed to decrease the effect of a target's velocity in avoiding the radius of missile explosions at the expense of increased CPU requirements for launchers. The drawbacks of fitting this rig may be reduced by training the Launcher Rigging skill.

This ship modification is designed to decrease the signature radius factor for missile explosions at the expense of increased CPU requirements for launchers. The drawbacks of fitting this rig may be reduced by training the Launcher Rigging skill.

This ship modification is designed to decrease the signature radius factor for missile explosions at the expense of increased CPU requirements for launchers. The drawbacks of fitting this rig may be reduced by training the Launcher Rigging skill.

This ship modification is designed to reduce a ship's capacitor need for initiating warp at the expense of increased signature radius. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to reduce a ship's capacitor need for initiating warp at the expense of increased signature radius. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

Comprised of countless nanomachines that enhance the energy flow from a ship's antimatter reactor, this core subsystem offers a pilot the option of increasing the power grid and capacitor capacity of their vessel. Designers of Tech III vessels were initially hampered by the problem of how to design a modular ship that could swap out basic engineering upgrades on a per-need basis. This proved particularly true when it came to reinforcing a vessel's power grid and capacitor banks without the use of batteries. In the end, the provision of nanomachines constructed from fullerene-based polymers allowed for solutions that had only existed in theory up until that point.

This subsystem employs a nano-electromechanical dispersion field to strengthen a vessel's sensor systems. Made from a complex system of neurovisual interlays, automated trigger response units, and billions of advanced molecular-level circuits, the subsystem offers improved protection against hostile ECM as well as improved sensor range and target acquisition speed.

During some of the first conflicts with them, Amarr engineers noticed a remarkable feature in Sleeper drone technology: the ability of drones to transfer power between one another without the need for specialized equipment. This technology seemed to be innate to every drone in some capacity, and while the engineers could not reproduce this system in modern space vessels, they were able to adapt the technology into modular Tech III designs. The energy parasitic complex turns the Sleeper tech on its head, changing the energy transfer from a symbiotic function to a vampiric one by providing a boost to energy neutralizer and energy nosferatu equipment.

Although this subsystem uses the same armor nano-assemblers as standard empire technology, various optimizations have been made. Taking full advantage of recently discovered Sleeper designs, the use of fullerene-based technology has allowed for the combination of far more compact and resilient armor components.

From the moment Strategic Cruisers became a reality, there were whispers amongst the scientific community about the potential for advances in cloaking technology. They remained that alone for the longest time, with few involved in the reverse-engineering process willing to share any news of their discoveries. Everyone knew that, should the technology ever become a reality, the capabilities of the new Strategic Cruisers would change overnight. The Amarrians are suspected to have developed cloaking technology for the Legion around the same time as the first capsuleer designs began to surface. For almost a full week, Minmatar rebel camps deep inside Heimatar and Metropolis were subjected to ruthless guerilla attacks, almost unprecedented in their ferocity and viciousness. Although initially confused by such a marked changed in their opponent's warfare philosophy, the Matari knew that each target had been a high profile objective for the Imperial Navy, and noted with deep suspicion how all of the squads had been spearheaded by Legions that could hit and fade with alarming ease. Few doubted who was behind the bloodshed. The Amarrians remained silent for the most part, the only official statement; that God's will had manifested itself in the heart of evil.

The advanced Sleeper-based technology in this subsystem is focused on increasing the effectiveness of a vessel's armor nanobots. When integrated into the hull of a Legion, it offers a substantial increase in the armor output of any local repair modules fitted. Although the subsystem offers the same end result as other built-in armor repair augmentations, the technology driving it operates in a vastly different way, allowing for easy removal from its host vessel.

Originally a laser-based weapons system, Amarrian starship engineers were forced to seek alternative construction methods when several fatal flaws were discovered in their design. Khanid Innovations was quick to offer a missile-based solution that benefitted greatly from their years of experience working on Sacrilege cruisers. The reapplication of their previously successful technology was so fast and effective that the more traditional Amarrian engineers could do little but watch as the knowledge and consequent implementation of these new engineering methodologies proliferated across the cluster.

One of the many gems discovered amidst Sleeper technology was the creation of more efficient liquid crystal lenses. Amarr researchers have engineered these lenses to increase a laser's focus for longer stretches, both in distance and in timing, allowing a laser to reach farther targets with more efficiency of energy output. Additionally, the fullerene-infused lenses can generate higher temperatures and stronger, more damaging beams and pulses.

After countless failed projects over the years, the dream of linking fleets with sub-Battlecruiser hulls was eventually shelved and relegated to the realm of engineering theory. It remained this way for some time, tempting few starship manufacturers to revisit the challenge, even after the discovery of ancient Sleeper designs and the influx of fullerene-based technology. It was not until the first Strategic Cruiser hulls began appearing in small numbers across the empires that they began to truly appreciate the potential Tech III vessels had for modifications. Not long after, the first support processor housing became a reality, capable of mounting command bursts and repair projectors with equal ease. Although what it delivered as a standalone unit was undoubtedly impressive, what would count more in time was the way it served as a catalyst. The unit demonstrated to the wider spacefaring industry that the possibilities for Tech III ships were broader than first imagined, and in doing so, it heralded the beginning of even more radical and innovative designs.

Constructed from hard yet lightweight fullerene polymers, these intercalated fibers boost the speed and agility of a starship without compromising its structural resilience. Even though basic nanofibers have existed for hundreds of years, the integration of various Sleeper-based salvage and other polymers takes the technology to a completely new level of modularity. This has allowed the same centuries-old technology to be ported over to the new Tech III paradigm.

Dubbed the “interdiction nullifier” by the Guristas, who suffered its first introduction on the battlefield, this subsystem integrates and improves the performance of interdiction nullifier modules. The origins of the first “nullifier” designs are shrouded in mystery, but the subsystem's initial production of is thought to have taken place soon after the wormhole openings, and well before the technology became widespread knowledge. Not long after the first Tengu were designed, the Caldari Navy intercepted emergency transmissions from Guristas fleets across Venal, Tenal and Vale of the Silent. All of the reports made mention of Loki-class vessels slipping past defensive deployments and into core Guristas territory despite all efforts to stop the ships or slow them down. Following these reports, rumors spread that other groups began to discover and implement this extraordinary new technology, and yet of all the factions that leapt upon the opportunity, none were so eager or ruthless in their own race to capitalize as the independent capsuleer and pirate organizations that make the nullsec frontiers their home.

This subsystem limits the wake left behind by a starship's afterburner or microwarpdrive, allowing a pilot to maintain a lowered signature radius while still moving at high speed. The underlying design is based on the same technology used by smaller Sleeper drones and empire-produced Interceptors. Although the engineering processes behind wake limiters have existed for quite some time in the empires, their application in modular subsystems has only become a possibility after fullerene polymers became more widely available.

Comprised of countless nanomachines that enhance the energy flow from a ship's nuclear reactor, this core subsystem offers a pilot the option of increasing the power grid and capacitor capacity of their vessel. Designers of Tech III vessels were initially hampered by the problem of how to design a modular ship that could swap out basic engineering upgrades on a per-need basis. This proved particularly true when it came to reinforcing a vessel's power grid and capacitor banks without the use of batteries. In the end, the provision of nanomachines constructed from fullerene-based polymers allowed for solutions that had only existed in theory up until that point.

This subsystem employs a nano-electromechanical dispersion field to strengthen a vessel's sensor systems. Made from a complex system of neurovisual interlays, automated trigger response units, and billions of advanced molecular-level circuits, the subsystem offers improved protection against hostile ECM as well as improved sensor range and target acquisition speed.

Even millennia old, the technology employed by Sleeper drones is far from lacking. This is particularly true in the field of interdiction technology, where their capabilities often exceed contemporary systems. Consequently, this aspect of their fearsome arsenal has been the focus of much study and in some rare cases, the starting point for scientific breakthroughs. Minmatar researchers studied the long-range webification systems of the Sleeper drones from the moment they were discovered, quickly reverse engineering a subsystem for their Loki that could replicate the Sleeper's own offensive modules. The end result is a noticeable amplification of a stasis webifier's effective range.

After years of experience working with recovered Sleeper and Talocan technology from Anoikis, Sebiestor engineers have achieved a new breakthrough long though impossible: they have successfully developed fullerene nanomachines capable of repairing either shield and armor equally effectively. These tiny nanobots can actively switch between shield and armor repair on the fly allowing the Loki to achieve incredible repair systems without refitting facilities.

Capitalizing on the exceptional defensive capabilities of fullerene-based components, this subsystem allows a Loki pilot to augment their armor and shield defenses, dramatically enhancing its survivability in combat. Tiny molecular-level conduits play a crucial role in orchestrating the flow of nano-assemblers through and around the Loki, guarding the flow of vital repairs against disruptive impact.

From the moment Strategic Cruisers became a reality, there were whispers amongst the scientific community about the potential for advances in cloaking technology. They remained that alone for the longest time, with few involved in the reverse engineering process willing to share any news of their discoveries. Everyone knew that, should the technology ever become a reality, the capabilities of the new Strategic Cruisers would change overnight. The Loki's Covert Reconfiguration designs arose out of a collective will to respond to what was thought to be Amarrian aggression deep inside their home regions. Unlike many scientific and technological breakthroughs, it was not the Sebiestor tribe alone who ushered in the paradigm shift to covert-capable Strategic Cruisers. It was only through consultation and collaboration with many other tribes and sub-factions that something substantial began to take shape. The Krusual and Thukker are said to have played the most important roles, however, in realizing the final design; the Thukker by providing the cloaking technology, and the Krusual by convincing them to do so. How they achieved this, or what they may have promised remains a secret; the two tribes are notorious for having many, and keeping them all.

Adaptation and innovation go hand-in-hand, and this subsystem is a prime example of both ideas. While researching Sleeper drone weapon systems, a group of Minmatar engineers discovered that Sleeper launcher hardpoint design allowed for a vast increase to the rate of fire without increasing powergrid requirements. The resulting subsystem allows the Loki to achieve some of the most aggressive missile configurations seen on any cruiser.

Scoping arrays were mostly out of fashion in recent ship design, but Sleeper technology has brought them somewhat back into vogue. Based upon the remarkable flexibility fullerene-based technology, Sleeper-based scoping arrays allowed projectile weaponry to produce longer-ranged accuracy without reducing the weapon's rate-of-fire. While a resurgence of scoping arrays is not expected, this subsystem certainly shows its uses in modern warfare.

After countless failed projects over the years, the dream of linking fleets with sub-Battlecruiser hulls was eventually shelved and relegated to the realm of engineering theory. It remained this way for some time, tempting few starship manufacturers to revisit the challenge, even after the discovery of ancient Sleeper designs and the influx of fullerene-based technology. It was not until the first Strategic Cruiser hulls began appearing in small numbers across the empires that they began to truly appreciate the potential Tech III vessels had for modifications. Not long after, the first support processor housing became a reality, capable of mounting command bursts and repair projectors with equal ease. Although what it delivered as a standalone unit was undoubtedly impressive, what would count more in time was the way it served as a catalyst. The unit demonstrated to the wider spacefaring industry that the possibilities for Tech III ships were broader than first imagined, and in doing so, it heralded the beginning of even more radical and innovative designs.

Constructed from hard yet lightweight fullerene polymers, these intercalated fibers boost the speed and agility of a starship without compromising its structural resilience. Even though basic nanofibers have existed for hundreds of years, the integration of various Sleeper-based salvage and other polymers takes the technology to a completely new level of modularity. This has allowed the same centuries-old technology to be ported over to the new Tech III paradigm.

Dubbed the “interdiction nullifier” by the Guristas, who suffered its first introduction on the battlefield, this subsystem integrates and improves the performance of interdiction nullifier modules. The origins of the first “nullifier” designs are shrouded in mystery, but the subsystem's initial production of is thought to have taken place soon after the wormhole openings, and well before the technology became widespread knowledge. Not long after the first Tengu were designed, the Caldari Navy intercepted emergency transmissions from Guristas fleets across Venal, Tenal and Vale of the Silent. All of the reports made mention of Loki-class vessels slipping past defensive deployments and into core Guristas territory despite all efforts to stop the ships or slow them down. Following these reports, rumors spread that other groups began to discover and implement this extraordinary new technology, and yet of all the factions that leapt upon the opportunity, none were so eager or ruthless in their own race to capitalize as the independent capsuleer and pirate organizations that make the nullsec frontiers their home.

This subsystem limits the wake left behind by a starship's microwarpdrive, allowing a pilot to maintain a lowered signature radius while still moving at high speed. The underlying design is based on the same technology used by smaller Sleeper drones and empire-produced Interceptors. Although the engineering processes behind wake limiters have existed for quite some time in the empires, their application in modular subsystems has only become a possibility after fullerene polymers became more widely available.

This ship modification is designed to decrease the CPU need of a ship's energy turrets at the expense of increased power grid need for them. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to decrease the CPU need of a ship's energy turrets at the expense of increased power grid need for them. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to decrease the CPU need of a ship's hybrid turrets at the expense of increased power grid need for hybrid weapons. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to decrease the CPU need of a ship's hybrid turrets at the expense of increased power grid need for hybrid weapons. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to increase a ship's powergrid capacity.

This ship modification is designed to increase a ship's powergrid capacity.

This ship modification is designed to increase a ship's armor repairer repair amount at the expense of increased power grid need for them. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase a ship's armor repairer repair amount at the expense of increased power grid need for them. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase a ship's max velocity at the expense of armor amount. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to increase a ship's max velocity at the expense of armor amount. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to increase a ship's missile launchers' rate of fire at the expense of increased CPU requirements for launchers. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Launcher Rigging skill.

This ship modification is designed to increase a ship's missile launchers' rate of fire at the expense of increased CPU requirements for launchers. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Launcher Rigging skill.

This ship modification is designed to increase a ship's capacitor recharge rate.

This ship modification is designed to increase a ship's capacitor recharge rate.

This ship modification is designed to increase a ship's cargo capacity at the expense of armor amount. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to increase a ship's cargo capacity at the expense of armor amount. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to increase the number of Command Burst modules that can be equipped to a command-capable ship.

This ship modification is designed to reduce the capacitor need of modules which require shield operation skills at the expense of increased signature radius. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to reduce the capacitor need of modules which require shield operation skills at the expense of increased signature radius. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to reduce the power need of all shield upgrade modules at the expense of increased signature radius. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to reduce the power need of all shield upgrade modules at the expense of increased signature radius. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to increase shield capacity at the expense of increased signature radius. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to increase shield capacity at the expense of increased signature radius. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to improve shield recharge rate at the expense of increased signature radius. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to improve shield recharge rate at the expense of increased signature radius. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to reduce the duration of shield booster cycles at the expense of increased signature radius. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to reduce the duration of shield booster cycles at the expense of increased signature radius. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to increase a ship's drone control range at the expense of the ship's CPU capacity. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's drone control range at the expense of the ship's CPU capacity. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's drone shield, armor and structure hit points at the expense of the ship's CPU capacity. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's drone shield, armor and structure hit points at the expense of the ship's CPU capacity. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's mining drone yield at the expense of the ship's CPU capacity. Increases the mining yield per cycle of ore mining drones, and speeds up the cycle time of ice harvesting drones. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's mining drone yield at the expense of the ship's CPU capacity. Increases the mining yield per cycle of ore mining drones, and speeds up the cycle time of ice harvesting drones. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's drone repair amount at the expense of the ship's CPU capacity. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's drone repair amount at the expense of the ship's CPU capacity. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's drone optimal range at the expense of the ship's CPU capacity. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's drone optimal range at the expense of the ship's CPU capacity. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's drone max velocity at the expense of the ship's CPU capacity. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's drone max velocity at the expense of the ship's CPU capacity. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to reduce the capacitor need of a ship's afterburner and microwarpdrive modules at the expense of armor amount. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to reduce the capacitor need of a ship's afterburner and microwarpdrive modules at the expense of armor amount. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to reduce a ship's capacitor need for all energy emission modules.

This ship modification is designed to reduce a ship's capacitor need for all energy emission modules.

This ship modification is designed to increase a ship's armor EM resistance at the expense of max velocity. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase a ship's armor EM resistance at the expense of max velocity. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase the EM resistance of ship shields at the expense of increased signature radius. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to increase the EM resistance of ship shields at the expense of increased signature radius. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to increase the efficiency of a ship's relic modules.

This ship modification is designed to increase the efficiency of a ship's relic modules.

This ship modification is designed to increase the accuracy falloff range of a ship's energy turrets at the expense of increased power grid need for them. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to increase the accuracy falloff range of a ship's energy turrets at the expense of increased power grid need for them. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to increase a ship's energy turrets' rate of fire at the expense of increased power grid need for them. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to increase a ship's energy turrets' rate of fire at the expense of increased power grid need for them. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to increase the damage output of a ship's energy turrets at the expense of increased power grid need for them. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to increase the damage output of a ship's energy turrets at the expense of increased power grid need for them. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to decrease the capacitor need of a ship's energy turrets at the expense of increased power grid need for them. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to decrease the capacitor need of a ship's energy turrets at the expense of increased power grid need for them. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to increase the optimal range of a ship's energy turrets at the expense of increased power grid need for them. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to increase the optimal range of a ship's energy turrets at the expense of increased power grid need for them. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to increase the tracking speed of a ship's energy turrets at the expense of increased power grid need for them. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to increase the tracking speed of a ship's energy turrets at the expense of increased power grid need for them. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to increase the duration of a ship's afterburner or microwarpdrive modules at the expense of armor amount. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to increase the duration of a ship's afterburner or microwarpdrive modules at the expense of armor amount. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to increase a ship's armor explosive resistance at the expense of max velocity. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase a ship's armor explosive resistance at the expense of max velocity. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase the explosive resistance of ship shields at the expense of increased signature radius. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to increase the explosive resistance of ship shields at the expense of increased signature radius. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to increase a ship's scan probe strength.

This ship modification is designed to increase a ship's scan probe strength.

This unique rig generates drag against the energy field of space itself, causing the fitted ship to increase in mass and agility while greatly reducing maximum velocity. This effect also reduces a ship's maximum warp speed, although the impact on warp velocity can be mitigated through skilled use. As a side effect of the increased warp drag, interdiction nullified ships lose the benefits of their nullification while fitted with this rig, causing them to be affected by non-targeted warp disruption like normal vessels. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill. Only one Higgs Anchor can be fitted at a time. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized.

This ship modification is designed to increase the accuracy falloff range of a ship's hybrid turrets at the expense of increased power grid need for hybrid weapons. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to increase the accuracy falloff range of a ship's hybrid turrets at the expense of increased power grid need for hybrid weapons. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to increase a ship's hybrid turret rate of fire at the expense of increased power grid need for hybrid weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to increase a ship's hybrid turret rate of fire at the expense of increased power grid need for hybrid weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to increase a ship's hybrid turret damage at the expense of increased power grid need for hybrid weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to increase a ship's hybrid turret damage at the expense of increased power grid need for hybrid weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to reduce the capacitor need of a ship's hybrid turrets at the expense of increased power grid need for hybrid weapons. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to reduce the capacitor need of a ship's hybrid turrets at the expense of increased power grid need for hybrid weapons. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to increase the optimal range of a ship's hybrid turrets at the expense of increased power grid need for hybrid weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to increase the optimal range of a ship's hybrid turrets at the expense of increased power grid need for hybrid weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to increase the tracking speed of a ship's hybrid turrets at the expense of increased power grid need for hybrid weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to increase the tracking speed of a ship's hybrid turrets at the expense of increased power grid need for hybrid weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to increase missile velocity at the expense of increased CPU requirements for launchers. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Launcher Rigging skill.

This ship modification is designed to increase missile velocity at the expense of increased CPU requirements for launchers. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Launcher Rigging skill.

This ship modification is designed to increase a ship's warp speed and acceleration at the expense of increased signature radius. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to increase a ship's warp speed and acceleration at the expense of increased signature radius. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to reduce the duration of ice harvester cycles.

This ship modification is designed to increase the effectiveness of fitted remote sensor dampeners at the expense of shields. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase the effectiveness of fitted remote sensor dampeners at the expense of shields. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase a ship's targeting range at the expense of shields. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase a ship's targeting range at the expense of shields. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase a ship's armor kinetic resistance at the expense of max velocity. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase a ship's armor kinetic resistance at the expense of max velocity. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase the kinetic resistance of ship shields at the expense of increased signature radius. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to increase the kinetic resistance of ship shields at the expense of increased signature radius. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to reduce the CPU need of modules which require the electronics upgrades skill.

This ship modification is designed to reduce the CPU need of modules which require the electronics upgrades skill.

This ship modification is designed to increase a ship's agility at the expense of armor amount. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to increase a ship's agility at the expense of armor amount. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to increase the efficiency of a ship's data modules.

This ship modification is designed to increase the efficiency of a ship's data modules.

This ship modification is designed to increase the yield modifier of those modules using Mercoxit mining crystals.

This ship modification is designed to reduce a ship's armor repair cycle duration at the expense of increased power grid need for them. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to reduce a ship's armor repair cycle duration at the expense of increased power grid need for them. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase the strength of a ship's ECM jammers at the expense of shields. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase the strength of a ship's ECM jammers at the expense of shields. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase the optimal range of a ship's ECM, remote sensor dampeners, weapon disruptors and target painters at the expense of shields. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase the optimal range of a ship's ECM, remote sensor dampeners, weapon disruptors and target painters at the expense of shields. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase ship's velocity and maneuverability at the expense of armor amount. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to increase ship's velocity and maneuverability at the expense of armor amount. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to reduce a ship's CPU need for all power upgrade modules.

This ship modification is designed to reduce a ship's CPU need for all power upgrade modules.

This ship modification is designed to increase a ship's CPU. Penalty: - 5% Shield Recharge Rate Bonus.

This ship modification is designed to increase a ship's CPU. Penalty: - 10% Shield Recharge Rate Bonus.

This ship modification is designed to increase a ship's projectile turret accuracy falloff range at the expense of increased power grid need for projectile weapons. The drawbacks of fitting this rig may be reduced by training the Projectile Weapon Rigging skill.

This ship modification is designed to increase a ship's projectile turret accuracy falloff range at the expense of increased power grid need for projectile weapons. The drawbacks of fitting this rig may be reduced by training the Projectile Weapon Rigging skill.

This ship modification is designed to increase a ship's projectile turret rate of fire at the expense of increased power grid need for projectile weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Projectile Weapon Rigging skill.

This ship modification is designed to increase a ship's projectile turret rate of fire at the expense of increased power grid need for projectile weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Projectile Weapon Rigging skill.

This ship modification is designed to increase a ship's projectile turret damage output at the expense of increased power grid need for projectile weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Projectile Weapon Rigging skill.

This ship modification is designed to increase a ship's projectile turret damage output at the expense of increased power grid need for projectile weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Projectile Weapon Rigging skill.

This ship modification is designed to increase the optimal range of all projectile turrets at the expense of increased power grid need for projectile weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Projectile Weapon Rigging skill.

This ship modification is designed to increase the optimal range of all projectile turrets at the expense of increased power grid need for projectile weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Projectile Weapon Rigging skill.

This ship modification is designed to increase the tracking speed of all projectile turrets at the expense of increased power grid need for projectile weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Projectile Weapon Rigging skill.

This ship modification is designed to increase the tracking speed of all projectile turrets at the expense of increased power grid need for projectile weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Projectile Weapon Rigging skill.

This ship modification is designed to reduce the capacitor need for a ship's remote armor repair modules at the expense of max velocity. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to reduce the capacitor need for a ship's remote armor repair modules at the expense of max velocity. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase maximum missile flight time at the expense of increased CPU requirements for launchers. The drawbacks of fitting this rig may be reduced by training the Launcher Rigging skill.

This ship modification is designed to increase maximum missile flight time at the expense of increased CPU requirements for launchers. The drawbacks of fitting this rig may be reduced by training the Launcher Rigging skill.

This ship modification is designed to increase a ship's chance of salvage retrieval at the expense of max velocity. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase a ship's chance of salvage retrieval at the expense of max velocity. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase a ship's capacitor capacity.

This ship modification is designed to increase a ship's capacitor capacity.

This ship modification is designed to increase a ship's sentry drone damage at the expense of the ship's CPU capacity. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's sentry drone damage at the expense of the ship's CPU capacity. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to reduce a ship's capacitor need for ECM and ECM Burst modules.

This ship modification is designed to reduce a ship's capacitor need for ECM and ECM Burst modules.

This ship modification is designed to increase the scan speed of modules which require the CPU Management skill (cargo scanner, ship scanner and survey scanner), at the expense of shields. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase the scan speed of modules which require the CPU Management skill (cargo scanner, ship scanner and survey scanner), at the expense of shields. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase a ship's stasis web drones' factor of velocity decrease at the expense of the ship's CPU capacity. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's stasis web drones' factor of velocity decrease at the expense of the ship's CPU capacity. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's targeting speed at the expense of shields. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase a ship's targeting speed at the expense of shields. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to reduce a ship's targeting delay after de-cloaking at the expense of shields. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to reduce a ship's targeting delay after de-cloaking at the expense of shields. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase a ship's armor thermal resistance at the expense of max velocity. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase a ship's armor thermal resistance at the expense of max velocity. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase the thermal resistance of ship shields at the expense of increased signature radius. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to increase the thermal resistance of ship shields at the expense of increased signature radius. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to increase the effectiveness of fitted weapon disruptors at the expense of shields. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase the effectiveness of fitted weapon disruptors at the expense of shields. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase a ship's total hull hit points at the expense of cargo capacity. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase a ship's total hull hit points at the expense of cargo capacity. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase a ship's total armor hit points at the expense of max velocity. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase a ship's total armor hit points at the expense of max velocity. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase missile damage at the expense of increased CPU requirements for launchers. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Launcher Rigging skill.

This ship modification is designed to increase missile damage at the expense of increased CPU requirements for launchers. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Launcher Rigging skill.

This ship modification is designed to decrease the effect of a target's velocity in avoiding the radius of missile explosions at the expense of increased CPU requirements for launchers. The drawbacks of fitting this rig may be reduced by training the Launcher Rigging skill.

This ship modification is designed to decrease the effect of a target's velocity in avoiding the radius of missile explosions at the expense of increased CPU requirements for launchers. The drawbacks of fitting this rig may be reduced by training the Launcher Rigging skill.

This ship modification is designed to decrease the signature radius factor for missile explosions at the expense of increased CPU requirements for launchers. The drawbacks of fitting this rig may be reduced by training the Launcher Rigging skill.

This ship modification is designed to decrease the signature radius factor for missile explosions at the expense of increased CPU requirements for launchers. The drawbacks of fitting this rig may be reduced by training the Launcher Rigging skill.

This ship modification is designed to reduce a ship's capacitor need for initiating warp at the expense of increased signature radius. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to reduce a ship's capacitor need for initiating warp at the expense of increased signature radius. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

Comprised of countless nanomachines that enhance the energy flow from a ship's fusion reactor, this core subsystem offers a pilot the option of increasing the power grid and capacitor capacity of their vessel. Designers of Tech III vessels were initially hampered by the problem of how to design a modular ship that could swap out basic engineering upgrades on a per-need basis. This proved particularly true when it came to reinforcing a vessel's power grid and capacitor banks without the use of batteries. In the end, the provision of nanomachines constructed from fullerene-based polymers allowed for solutions that had only existed in theory up until that point.

New technologies have resulted in a noticeable increase in CPU efficiency, as better nanotech enables further miniaturization of circuits, the result of which is a marked decrease in system bottlenecking. This electronic efficiency gate capitalizes on that technology, offering a pilot greater CPU output and significantly improved sensor integrity.

The friction extension processor capitalizes on recent advances made in fullerene-based component development. The system works on a similar design to interdiction spheres by expanding a ship's warp interdiction range. The technology behind it has existed in theory for some years, dating back to when engineers first began development of Heavy Interdiction Cruisers. They noticed an increased efficiency in the electronic disruption of fullerene molecules when combined with the static disruption energies of the spheres. When more fullerene-based materials suddenly became available, it was only a matter of further testing before theory became reality.

Although this subsystem uses the same armor nano-assemblers as standard empire technology, various optimizations have been made. Taking full advantage of recently discovered Sleeper designs, the use of fullerene-based technology has allowed for the combination of far more compact and resilient armor components.

From the moment Strategic Cruisers became a reality, there were whispers amongst the scientific community about the potential for advances in cloaking technology. They remained that alone for the longest time, with few involved in the reverse engineering process willing to share any news of their discoveries. Everyone knew that, should the technology ever become a reality, the capabilities of the new Strategic Cruisers would change overnight. To many Gallente and Caldari, the development of the Proteus covert reconfiguration signaled a repeat of the technological arms race that arose from the ashes of Crielere. Once again seeking a balance of power, and entirely convinced that the Caldari were attempting to reverse-engineer their own cloak-capable Strategic Cruisers, the Federation diverted immense resources to their research. Private firms and the largest of conglomerates all played a role in development, offering up prototype designs and speculative theories that collectively resulted in some of the first Covert-Capable Proteus produced. It is not known who, or what organization led the project. Nor is known when, or where, the first Covert Reconfigurations were deployed. If it had not been for capsuleers developing the same designs, most people would have remained oblivious to their existence, just the way the Federation would have preferred.

The advanced Sleeper-based technology in this subsystem is focused on increasing the effectiveness of a vessel's armor nanobots. When integrated into the hull of a Proteus, it offers a substantial increase in the armor output of any local repair modules fitted. Although the subsystem offers the same end result as other built-in armor repair augmentations, the technology driving it operates in a vastly different way, allowing for easy removal from its host vessel.

Sleeper drones, while completely devoid of modern shielding technology, are nonetheless sturdy, mainly due to their metallofullerene armor plating and hull composition. Most of these technological applications are for capsuleer vessels, but a few rogue Gallente firms have quietly created this bay for use with contemporary drones. When drones are docked into this system, the projection system enhances their damage capabilities, both in absorbing and delivering damage, through the creation of a fullerene-based field around the drones.

This complex armature is composed of fullerene composites and based upon the understood weapons mechanics of salvaged Sleeper drones. Gallente researchers have fused this technology with the emerging theories on magnetic resonance encoding and microwarp capabilities to power the kinetic energy systems of hybrid turrets. With these mechanics in place, the hybrid encoding platform creates an effective distribution module for hybrid charges, bolstering their damage output and their falloff range.

After countless failed projects over the years, the dream of linking fleets with sub-Battlecruiser hulls was eventually shelved and relegated to the realm of engineering theory. It remained this way for some time, tempting few starship manufacturers to revisit the challenge, even after the discovery of ancient Sleeper designs and the influx of fullerene-based technology. It was not until the first Strategic Cruiser hulls began appearing in small numbers across the empires that they began to truly appreciate the potential Tech III vessels had for modifications. Not long after, the first support processor housing became a reality, capable of mounting command bursts and repair projectors with equal ease. Although what it delivered as a standalone unit was undoubtedly impressive, what would count more in time was the way it served as a catalyst. The unit demonstrated to the wider spacefaring industry that the possibilities for Tech III ships were broader than first imagined, and in doing so, it heralded the beginning of even more radical and innovative designs.

This subsystem improves the agility and warp speed of a Proteus-class Strategic Cruiser. With the influx of fullerene-based polymers and the discovery of Sleeper drone technology, the same fundamental principles once only sparingly employed in advance scout vessels such as Covert Ops and Interceptors could be re-applied to modular Tech III vessels. Although the Caldari claim to have been the first to successfully reverse-engineer these subsystems, the Federation argues that they were the first to deliver the breakthrough. Despite the contention, neither party seems keen to publicize the research data necessary to back their respective claims.

Dubbed the “interdiction nullifier” by the Guristas, who suffered its first introduction on the battlefield, this subsystem integrates and improves the performance of interdiction nullifier modules. The origins of the first “nullifier” designs are shrouded in mystery, but the subsystem's initial production of is thought to have taken place soon after the wormhole openings, and well before the technology became widespread knowledge. Not long after the first Tengu were designed, the Caldari Navy intercepted emergency transmissions from Guristas fleets across Venal, Tenal and Vale of the Silent. All of the reports made mention of Loki-class vessels slipping past defensive deployments and into core Guristas territory despite all efforts to stop the ships or slow them down. Following these reports, rumors spread that other groups began to discover and implement this extraordinary new technology, and yet of all the factions that leapt upon the opportunity, none were so eager or ruthless in their own race to capitalize as the independent capsuleer and pirate organizations that make the nullsec frontiers their home.

This subsystem uses molecular-level nanotubes to increase the combustive efficiency of afterburners and microwarpdrives. Fuel is injected locally in a far more effective and controllable manner, thereby reducing the draw on the capacitor system and increasing heat tolerances during active operation.

This bioadaptive mutaplasmid tool appears to share elements of both Triglavian and rogue drone technologies. First encountered as a key Triglavian tool for mutating the performance of various pieces of technology, this mutaplasmid is designed to colonize and radically alter a Drone Damage Amplifier module. It is possible this application was originally developed for use with rogue drones controlled by the Triglavians but hives controlled by the so-called "Unshackled Overminds" have also adopted it. As with their repurposing of the technology of New Eden's core empires, independent rogue drones clearly have no difficulties when it comes using this characteristically Triglavian technology. The mutaplasmid colony integrated into this bioadaptive tool is certainly unusual, by the standards of this bizarre Triglavian technology, but the rogue drone nanotechnology elements appear less successful when applied to modular equipment than actual drones. The main result of mixing the technologies in this case has been to render all possible mutation ranges wildly unstable. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated.

This bioadaptive mutaplasmid tool appears to share elements of both Triglavian and rogue drone technologies. First encountered as a key Triglavian tool for mutating the performance of various pieces of technology, this mutaplasmid is designed to colonize and radically alter a Fighter Support Unit module. It is possible this application was originally developed for use with rogue drones controlled by the Triglavians but hives controlled by the so-called "Unshackled Overminds" have also adopted it. As with their repurposing of the technology of New Eden's core empires, independent rogue drones clearly have no difficulties when it comes using this characteristically Triglavian technology. The mutaplasmid colony integrated into this bioadaptive tool is certainly unusual, by the standards of this bizarre Triglavian technology, but the rogue drone nanotechnology elements appear less successful when applied to modular equipment than actual drones. The main result of mixing the technologies in this case has been to render all possible mutation ranges wildly unstable. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated.

This ship modification is designed to decrease the CPU need of a ship's energy turrets at the expense of increased power grid need for them. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to decrease the CPU need of a ship's energy turrets at the expense of increased power grid need for them. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to decrease the CPU need of a ship's hybrid turrets at the expense of increased power grid need for hybrid weapons. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to decrease the CPU need of a ship's hybrid turrets at the expense of increased power grid need for hybrid weapons. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to increase a ship's powergrid capacity.

This ship modification is designed to increase a ship's powergrid capacity.

This ship modification is designed to increase a ship's armor repairer repair amount at the expense of increased power grid need for them. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase a ship's armor repairer repair amount at the expense of increased power grid need for them. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase a ship's max velocity at the expense of armor amount. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to increase a ship's max velocity at the expense of armor amount. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to increase a ship's missile launchers' rate of fire at the expense of increased CPU requirements for launchers. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Launcher Rigging skill.

This ship modification is designed to increase a ship's missile launchers' rate of fire at the expense of increased CPU requirements for launchers. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Launcher Rigging skill.

This ship modification is designed to increase a ship's capacitor recharge rate.

This ship modification is designed to increase a ship's capacitor recharge rate.

This ship modification is designed to increase a ship's cargo capacity at the expense of armor amount. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to increase a ship's cargo capacity at the expense of armor amount. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to increase the number of Command Burst modules that can be equipped to a command-capable ship.

This ship modification is designed to reduce the capacitor need of modules which require shield operation skills at the expense of increased signature radius. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to reduce the capacitor need of modules which require shield operation skills at the expense of increased signature radius. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to reduce the power need of all shield upgrade modules at the expense of increased signature radius. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to reduce the power need of all shield upgrade modules at the expense of increased signature radius. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to increase shield capacity at the expense of increased signature radius. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to increase shield capacity at the expense of increased signature radius. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to improve shield recharge rate at the expense of increased signature radius. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to improve shield recharge rate at the expense of increased signature radius. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to reduce the duration of shield booster cycles at the expense of increased signature radius. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to reduce the duration of shield booster cycles at the expense of increased signature radius. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to increase a ship's drone control range at the expense of the ship's CPU capacity. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's drone control range at the expense of the ship's CPU capacity. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's drone shield, armor and structure hit points at the expense of the ship's CPU capacity. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's drone shield, armor and structure hit points at the expense of the ship's CPU capacity. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's mining drone yield at the expense of the ship's CPU capacity. Increases the mining yield per cycle of ore mining drones, and speeds up the cycle time of ice harvesting drones. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's mining drone yield at the expense of the ship's CPU capacity. Increases the mining yield per cycle of ore mining drones, and speeds up the cycle time of ice harvesting drones. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's drone repair amount at the expense of the ship's CPU capacity. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's drone repair amount at the expense of the ship's CPU capacity. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's drone optimal range at the expense of the ship's CPU capacity. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's drone optimal range at the expense of the ship's CPU capacity. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's drone max velocity at the expense of the ship's CPU capacity. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's drone max velocity at the expense of the ship's CPU capacity. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to reduce the capacitor need of a ship's afterburner and microwarpdrive modules at the expense of armor amount. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to reduce the capacitor need of a ship's afterburner and microwarpdrive modules at the expense of armor amount. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to reduce a ship's capacitor need for all energy emission modules.

This ship modification is designed to reduce a ship's capacitor need for all energy emission modules.

This ship modification is designed to increase a ship's armor EM resistance at the expense of max velocity. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase a ship's armor EM resistance at the expense of max velocity. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase the EM resistance of ship shields at the expense of increased signature radius. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to increase the EM resistance of ship shields at the expense of increased signature radius. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to increase the efficiency of a ship's relic modules.

This ship modification is designed to increase the efficiency of a ship's relic modules.

This ship modification is designed to increase the accuracy falloff range of a ship's energy turrets at the expense of increased power grid need for them. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to increase the accuracy falloff range of a ship's energy turrets at the expense of increased power grid need for them. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to increase a ship's energy turrets' rate of fire at the expense of increased power grid need for them. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to increase a ship's energy turrets' rate of fire at the expense of increased power grid need for them. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to increase the damage output of a ship's energy turrets at the expense of increased power grid need for them. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to increase the damage output of a ship's energy turrets at the expense of increased power grid need for them. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to decrease the capacitor need of a ship's energy turrets at the expense of increased power grid need for them. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to decrease the capacitor need of a ship's energy turrets at the expense of increased power grid need for them. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to increase the optimal range of a ship's energy turrets at the expense of increased power grid need for them. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to increase the optimal range of a ship's energy turrets at the expense of increased power grid need for them. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to increase the tracking speed of a ship's energy turrets at the expense of increased power grid need for them. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to increase the tracking speed of a ship's energy turrets at the expense of increased power grid need for them. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Energy Weapon Rigging skill.

This ship modification is designed to increase the duration of a ship's afterburner or microwarpdrive modules at the expense of armor amount. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to increase the duration of a ship's afterburner or microwarpdrive modules at the expense of armor amount. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to increase a ship's armor explosive resistance at the expense of max velocity. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase a ship's armor explosive resistance at the expense of max velocity. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase the explosive resistance of ship shields at the expense of increased signature radius. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to increase the explosive resistance of ship shields at the expense of increased signature radius. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to increase a ship's scan probe strength.

This ship modification is designed to increase a ship's scan probe strength.

This unique rig generates drag against the energy field of space itself, causing the fitted ship to increase in mass and agility while greatly reducing maximum velocity. This effect also reduces a ship's maximum warp speed, although the impact on warp velocity can be mitigated through skilled use. As a side effect of the increased warp drag, interdiction nullified ships lose the benefits of their nullification while fitted with this rig, causing them to be affected by non-targeted warp disruption like normal vessels. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill. Only one Higgs Anchor can be fitted at a time. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized.

This ship modification is designed to increase the accuracy falloff range of a ship's hybrid turrets at the expense of increased power grid need for hybrid weapons. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to increase the accuracy falloff range of a ship's hybrid turrets at the expense of increased power grid need for hybrid weapons. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to increase a ship's hybrid turret rate of fire at the expense of increased power grid need for hybrid weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to increase a ship's hybrid turret rate of fire at the expense of increased power grid need for hybrid weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to increase a ship's hybrid turret damage at the expense of increased power grid need for hybrid weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to increase a ship's hybrid turret damage at the expense of increased power grid need for hybrid weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to reduce the capacitor need of a ship's hybrid turrets at the expense of increased power grid need for hybrid weapons. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to reduce the capacitor need of a ship's hybrid turrets at the expense of increased power grid need for hybrid weapons. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to increase the optimal range of a ship's hybrid turrets at the expense of increased power grid need for hybrid weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to increase the optimal range of a ship's hybrid turrets at the expense of increased power grid need for hybrid weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to increase the tracking speed of a ship's hybrid turrets at the expense of increased power grid need for hybrid weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to increase the tracking speed of a ship's hybrid turrets at the expense of increased power grid need for hybrid weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Hybrid Weapon Rigging skill.

This ship modification is designed to increase missile velocity at the expense of increased CPU requirements for launchers. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Launcher Rigging skill.

This ship modification is designed to increase missile velocity at the expense of increased CPU requirements for launchers. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Launcher Rigging skill.

This ship modification is designed to increase a ship's warp speed and acceleration at the expense of increased signature radius. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to increase a ship's warp speed and acceleration at the expense of increased signature radius. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to increase the effectiveness of fitted remote sensor dampeners at the expense of shields. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase the effectiveness of fitted remote sensor dampeners at the expense of shields. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase a ship's targeting range at the expense of shields. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase a ship's targeting range at the expense of shields. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase a ship's armor kinetic resistance at the expense of max velocity. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase a ship's armor kinetic resistance at the expense of max velocity. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase the kinetic resistance of ship shields at the expense of increased signature radius. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to increase the kinetic resistance of ship shields at the expense of increased signature radius. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to reduce the CPU need of modules which require the electronics upgrades skill.

This ship modification is designed to reduce the CPU need of modules which require the electronics upgrades skill.

This ship modification is designed to increase a ship's agility at the expense of armor amount. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to increase a ship's agility at the expense of armor amount. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to increase the efficiency of a ship's data modules.

This ship modification is designed to increase the efficiency of a ship's data modules.

This ship modification is designed to reduce a ship's armor repair cycle duration at the expense of increased power grid need for them. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to reduce a ship's armor repair cycle duration at the expense of increased power grid need for them. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase the strength of a ship's ECM jammers at the expense of shields. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase the strength of a ship's ECM jammers at the expense of shields. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase the optimal range of a ship's ECM, remote sensor dampeners, weapon disruptors and target painters at the expense of shields. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase the optimal range of a ship's ECM, remote sensor dampeners, weapon disruptors and target painters at the expense of shields. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase ship's velocity and maneuverability at the expense of armor amount. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to increase ship's velocity and maneuverability at the expense of armor amount. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to reduce a ship's CPU need for all power upgrade modules.

This ship modification is designed to reduce a ship's CPU need for all power upgrade modules.

This ship modification is designed to increase a ship's CPU. Penalty: - 5% Shield Recharge Rate Bonus.

This ship modification is designed to increase a ship's CPU. Penalty: - 10% Shield Recharge Rate Bonus.

This ship modification is designed to increase a ship's projectile turret accuracy falloff range at the expense of increased power grid need for projectile weapons. The drawbacks of fitting this rig may be reduced by training the Projectile Weapon Rigging skill.

This ship modification is designed to increase a ship's projectile turret accuracy falloff range at the expense of increased power grid need for projectile weapons. The drawbacks of fitting this rig may be reduced by training the Projectile Weapon Rigging skill.

This ship modification is designed to increase a ship's projectile turret rate of fire at the expense of increased power grid need for projectile weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Projectile Weapon Rigging skill.

This ship modification is designed to increase a ship's projectile turret rate of fire at the expense of increased power grid need for projectile weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Projectile Weapon Rigging skill.

This ship modification is designed to increase a ship's projectile turret damage output at the expense of increased power grid need for projectile weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Projectile Weapon Rigging skill.

This ship modification is designed to increase a ship's projectile turret damage output at the expense of increased power grid need for projectile weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Projectile Weapon Rigging skill.

This ship modification is designed to increase the optimal range of all projectile turrets at the expense of increased power grid need for projectile weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Projectile Weapon Rigging skill.

This ship modification is designed to increase the optimal range of all projectile turrets at the expense of increased power grid need for projectile weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Projectile Weapon Rigging skill.

This ship modification is designed to increase the tracking speed of all projectile turrets at the expense of increased power grid need for projectile weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Projectile Weapon Rigging skill.

This ship modification is designed to increase the tracking speed of all projectile turrets at the expense of increased power grid need for projectile weapons. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Projectile Weapon Rigging skill.

This ship modification is designed to reduce the capacitor need for a ship's remote armor repair modules at the expense of max velocity. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to reduce the capacitor need for a ship's remote armor repair modules at the expense of max velocity. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase maximum missile flight time at the expense of increased CPU requirements for launchers. The drawbacks of fitting this rig may be reduced by training the Launcher Rigging skill.

This ship modification is designed to increase maximum missile flight time at the expense of increased CPU requirements for launchers. The drawbacks of fitting this rig may be reduced by training the Launcher Rigging skill.

This ship modification is designed to increase a ship's chance of salvage retrieval at the expense of max velocity. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase a ship's chance of salvage retrieval at the expense of max velocity. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase a ship's capacitor capacity.

This ship modification is designed to increase a ship's capacitor capacity.

This ship modification is designed to increase a ship's sentry drone damage at the expense of the ship's CPU capacity. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's sentry drone damage at the expense of the ship's CPU capacity. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to reduce a ship's capacitor need for ECM and ECM Burst modules.

This ship modification is designed to reduce a ship's capacitor need for ECM and ECM Burst modules.

This ship modification is designed to increase the scan speed of modules which require the CPU Management skill (cargo scanner, ship scanner and survey scanner), at the expense of shields. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase the scan speed of modules which require the CPU Management skill (cargo scanner, ship scanner and survey scanner), at the expense of shields. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase a ship's stasis web drones' factor of velocity decrease at the expense of the ship's CPU capacity. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's stasis web drones' factor of velocity decrease at the expense of the ship's CPU capacity. The drawbacks of fitting this rig may be reduced by training the Drones Rigging skill.

This ship modification is designed to increase a ship's targeting speed at the expense of shields. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase a ship's targeting speed at the expense of shields. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to reduce a ship's targeting delay after de-cloaking at the expense of shields. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to reduce a ship's targeting delay after de-cloaking at the expense of shields. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase a ship's armor thermal resistance at the expense of max velocity. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase a ship's armor thermal resistance at the expense of max velocity. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase the thermal resistance of ship shields at the expense of increased signature radius. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to increase the thermal resistance of ship shields at the expense of increased signature radius. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Shield Rigging skill.

This ship modification is designed to increase the effectiveness of fitted weapon disruptors at the expense of shields. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase the effectiveness of fitted weapon disruptors at the expense of shields. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Electronic Superiority Rigging skill.

This ship modification is designed to increase a ship's total hull hit points at the expense of cargo capacity. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase a ship's total hull hit points at the expense of cargo capacity. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase a ship's total armor hit points at the expense of max velocity. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase a ship's total armor hit points at the expense of max velocity. The drawbacks of fitting this rig may be reduced by training the Armor Rigging skill.

This ship modification is designed to increase missile damage at the expense of increased CPU requirements for launchers. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Launcher Rigging skill.

This ship modification is designed to increase missile damage at the expense of increased CPU requirements for launchers. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized. The drawbacks of fitting this rig may be reduced by training the Launcher Rigging skill.

This ship modification is designed to decrease the effect of a target's velocity in avoiding the radius of missile explosions at the expense of increased CPU requirements for launchers. The drawbacks of fitting this rig may be reduced by training the Launcher Rigging skill.

This ship modification is designed to decrease the effect of a target's velocity in avoiding the radius of missile explosions at the expense of increased CPU requirements for launchers. The drawbacks of fitting this rig may be reduced by training the Launcher Rigging skill.

This ship modification is designed to decrease the signature radius factor for missile explosions at the expense of increased CPU requirements for launchers. The drawbacks of fitting this rig may be reduced by training the Launcher Rigging skill.

This ship modification is designed to decrease the signature radius factor for missile explosions at the expense of increased CPU requirements for launchers. The drawbacks of fitting this rig may be reduced by training the Launcher Rigging skill.

This ship modification is designed to reduce a ship's capacitor need for initiating warp at the expense of increased signature radius. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

This ship modification is designed to reduce a ship's capacitor need for initiating warp at the expense of increased signature radius. The drawbacks of fitting this rig may be reduced by training the Astronautics Rigging skill.

Comprised of countless nanomachines that enhance the energy flow from a ship's graviton reactor, this core subsystem offers a pilot the option of increasing the power grid and capacitor capacity of their vessel. Designers of Tech III vessels were initially hampered by the problem of how to design a modular ship that could swap out basic engineering upgrades on a per-need basis. This proved particularly true when it came to reinforcing a vessel's power grid and capacitor banks without the use of batteries. In the end, the provision of nanomachines constructed from fullerene-based polymers allowed for solutions that had only existed in theory up until that point.

New technologies have resulted in a noticeable increase in CPU efficiency, as better nanotech enables further miniaturization of circuits, the result of which is a marked decrease in system bottlenecking. This electronic efficiency gate capitalizes on that technology, offering a pilot greater CPU output and significantly improved sensor integrity.

This subsystem operates using the same fundamental mechanics as the signal distortion amplifier. When installed into a Tech III vessel, the fullerene-based components resonate with any ECM modules fitted. When combined with sleeper-derived enhancements to ship heat tolerances the result is a ship capable of extended periods of powerful targeted disruption.

When confronted with the challenge of adapting Sleeper designs to produce shield boost amplification systems, Caldari engineers turned to the defense systems used by certain Talocan structures that had also been found in a few ancient ruins. In some rare cases, the shielding systems on Talocan facilities were constructed using a harmony of Sleeper and Talocan designs. The first successful production of a shield boost amplification node drew heavily upon early study of this particular combination.

From the moment Strategic Cruisers became a reality, there were whispers amongst the scientific community about the potential for advances in cloaking technology. They remained that alone for the longest time, with few involved in the reverse engineering process willing to share any news of their discoveries. Everyone knew that, should the technology ever become a reality, the capabilities of the new Strategic Cruisers would change overnight. Emboldened by the development of other, more specialized subsystems, engineers and astrophysicists alike began to investigate modifications to a Strategic Cruiser that could aid their fellow scientists and explorers. The first reverse-engineering projects were predominantly focused on ways to improve a vessel's astrometric capabilities. The two-pronged solution of boosting both the strength of the launchers and the probes they deployed proved to be the most popular design in the end. It was not long after the first designs were sold that others took notice and began to reverse-engineer their own. Soon enough, the subsystem was catapulted into mainstream Tech III subsystem manufacture, although perhaps for more than just that one reason.

Making full use of recent scientific advances afforded by the discovery of ancient technologies, Caldari starship designers have reverse engineered the equipment behind the Sleeper's metallofullerene armor plating. Through a complex substitution method, skilled engineers and physicists have been able to supplement a Tengu's shields, offering increased survivability for a pilot under heavy fire.

This missile launcher system was formed not from the missile bays of Sleeper drones, but from the direct-fire turrets and hardpoints salvaged from them instead. Adapting the underlying technology behind the drones' rapid-firing turrets for their own missile systems, Caldari engineers have managed to revolutionize modular launching mechanisms, improving launch speed and kinetic warhead payloads.

This subsystem serves as a specialized storage bin for a ship's hybrid ammo. The basin, however, also serves as a cyclotron, infusing the ammo with magnetic energy immediately before it is injected into the turret. The amplified ammo has an increased range and damage potential.

After countless failed projects over the years, the dream of linking fleets with sub-Battlecruiser hulls was eventually shelved and relegated to the realm of engineering theory. It remained this way for some time, tempting few starship manufacturers to revisit the challenge, even after the discovery of ancient Sleeper designs and the influx of fullerene-based technology. It was not until the first Strategic Cruiser hulls began appearing in small numbers across the empires that they began to truly appreciate the potential Tech III vessels had for modifications. Not long after, the first support processor housing became a reality, capable of mounting command bursts and repair projectors with equal ease. Although what it delivered as a standalone unit was undoubtedly impressive, what would count more in time was the way it served as a catalyst. The unit demonstrated to the wider spacefaring industry that the possibilities for Tech III ships were broader than first imagined, and in doing so, it heralded the beginning of even more radical and innovative designs.

This subsystem exploits the latest technological advances afforded by discovery of the ancient Sleeper race's own designs. Optimizations made to the chassis allow for vast improvements to be made to a Tengu's agility and base velocity. Although the various layout optimizations sacrifice other options for propulsion customization, the flow-on effects from an improvement in base agility make it an attractive upgrade for those whose Tech III vessels are in need of an overall mobility increase.

The ancient Sleeper race was known to have mastered various sustainable energy technologies including thermoelectric systems, which they usually built directly into a vessel's hull. Capsuleer reverse-engineers took little time to adapt salvaged versions of these Sleeper energy systems into their own modular Tech III vessel pieces. Thanks to widespread demand in the Caldari transport industry, fuel catalyst systems were one of the first to be developed. Making full use of locally generated thermoelectric power, they are able to supplement the fuel needs of an afterburner. This process makes it possible to inject fuel in larger amounts for the same capacitor cost, offering pilots a significant boost to the velocity increase from afterburners.

Dubbed the “interdiction nullifier” by the Guristas, who suffered its first introduction on the battlefield, this subsystem integrates and improves the performance of interdiction nullifier modules. The origins of the first “nullifier” designs are shrouded in mystery, but the subsystem's initial production of is thought to have taken place soon after the wormhole openings, and well before the technology became widespread knowledge. Not long after the first Tengu were designed, the Caldari Navy intercepted emergency transmissions from Guristas fleets across Venal, Tenal and Vale of the Silent. All of the reports made mention of Loki-class vessels slipping past defensive deployments and into core Guristas territory despite all efforts to stop the ships or slow them down. Following these reports, rumors spread that other groups began to discover and implement this extraordinary new technology, and yet of all the factions that leapt upon the opportunity, none were so eager or ruthless in their own race to capitalize as the independent capsuleer and pirate organizations that make the nullsec frontiers their home.

This bioadaptive mutaplasmid tool is designed to interface with and alter propulsion systems relying on impulse thrust principles alone. As such this mutaplasmid could be used to mutate the performance characteristics of most afterburners in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter propulsion systems relying on impulse thrust principles alone. As such this mutaplasmid could be used to mutate the performance characteristics of most afterburners in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter propulsion systems relying on impulse thrust principles alone. As such this mutaplasmid could be used to mutate the performance characteristics of most afterburners in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter propulsion systems relying on impulse thrust principles alone. As such this mutaplasmid could be used to mutate the performance characteristics of most afterburners in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter propulsion systems that combine impulse thrust with localized warp field transformations. As such this mutaplasmid could be used to mutate the performance characteristics of most microwarpdrives in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter propulsion systems that combine impulse thrust with localized warp field transformations. As such this mutaplasmid could be used to mutate the performance characteristics of most microwarpdrives in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter propulsion systems that combine impulse thrust with localized warp field transformations. As such this mutaplasmid could be used to mutate the performance characteristics of most microwarpdrives in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter propulsion systems that combine impulse thrust with localized warp field transformations. As such this mutaplasmid could be used to mutate the performance characteristics of most microwarpdrives in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter devices that mitigate the impact of critical system damage and provide short bursts of extreme damage resistances. As such this mutaplasmid could be used to mutate the performance characteristics of assault damage control modules. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter computer systems designed for monitoring and guiding missiles. As such this mutaplasmid could be used to mutate the performance characteristics of most ballistic control system. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter nanite-boosted armor repair systems. As such this mutaplasmid could be used to mutate the performance characteristics of most ancillary armor repairers in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is unstable and may be an experimental form designed to work with equipment novel to the Triglavians. The mutational benefits of using this mutaplasmid are potentially high but the risks are also considerable.

This bioadaptive mutaplasmid tool is designed to interface with and alter high-energy shield-boosting systems. As such this mutaplasmid could be used to mutate the performance characteristics of most ancillary shield boosters in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is unstable and may be an experimental form designed to work with equipment novel to the Triglavians. The mutational benefits of using this mutaplasmid are potentially high but the risks are also considerable.

This bioadaptive mutaplasmid tool is designed to interface with and alter standard, assembler-based armor repair systems. As such this mutaplasmid could be used to mutate the performance characteristics of most armor repairers in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter energy charge neutralization devices. As such this mutaplasmid could be used to mutate the performance characteristics of most energy neutralizers in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter energy charge leeching devices. As such this mutaplasmid could be used to mutate the performance characteristics of most energy nosferatu modules in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter standard, field-based shield-boosting systems. As such this mutaplasmid could be used to mutate the performance characteristics of most shield boosters in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter devices that mitigate the impact of critical system damage. As such this mutaplasmid could be used to mutate the performance characteristics of standard damage control modules. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter devices capable of containing the radiation generated by Entropic Disintegrators. As such this mutaplasmid could be used to mutate the performance characteristics of entropic radiation sinks. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter devices provide stable fire control for projectile weapons. As such this mutaplasmid could be used to mutate the performance characteristics of gyrostabilizer modules. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter devices that improve the efficiency of energy weapons. As such this mutaplasmid could be used to mutate the performance characteristics of heat sink modules. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter energy charge neutralization devices. As such this mutaplasmid could be used to mutate the performance characteristics of most energy neutralizers in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter energy charge leeching devices. As such this mutaplasmid could be used to mutate the performance characteristics of most energy nosferatu modules in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter targeted, long-range warp disruption devices. As such this mutaplasmid could be used to mutate the performance characteristics of most warp disruptors. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter targeted, short-range warp field scrambling devices. As such this mutaplasmid could be used to mutate the performance characteristics of most warp scramblers. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter nanite-boosted armor repair systems. As such this mutaplasmid could be used to mutate the performance characteristics of most ancillary armor repairers in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is unstable and may be an experimental form designed to work with equipment novel to the Triglavians. The mutational benefits of using this mutaplasmid are potentially high but the risks are also considerable.

This bioadaptive mutaplasmid tool is designed to interface with and alter high-energy shield-boosting systems. As such this mutaplasmid could be used to mutate the performance characteristics of most ancillary shield boosters in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is unstable and may be an experimental form designed to work with equipment novel to the Triglavians. The mutational benefits of using this mutaplasmid are potentially high but the risks are also considerable.

This bioadaptive mutaplasmid tool is designed to interface with and alter supplemental armor layering systems. As such this mutaplasmid could be used to mutate the performance characteristics of most armor plates in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter standard, assembler-based armor repair systems. As such this mutaplasmid could be used to mutate the performance characteristics of most armor repairers in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter devices that provide additional capacitor storage. As such this mutaplasmid could be used to mutate the performance characteristics of capacitor battery modules in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter standard, field-based shield-boosting systems. As such this mutaplasmid could be used to mutate the performance characteristics of most shield boosters in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter supplemental shield enhancement systems. As such this mutaplasmid could be used to mutate the performance characteristics of most shield extenders in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter devices that provide stable fire control for hybrid weapons. As such this mutaplasmid could be used to mutate the performance characteristics of magnetic field stabilizer modules. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter nanite-boosted armor repair systems. As such this mutaplasmid could be used to mutate the performance characteristics of most ancillary armor repairers in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is unstable and may be an experimental form designed to work with equipment novel to the Triglavians. The mutational benefits of using this mutaplasmid are potentially high but the risks are also considerable.

This bioadaptive mutaplasmid tool is designed to interface with and alter high-energy shield-boosting systems. As such this mutaplasmid could be used to mutate the performance characteristics of most ancillary shield boosters in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is unstable and may be an experimental form designed to work with equipment novel to the Triglavians. The mutational benefits of using this mutaplasmid are potentially high but the risks are also considerable.

This bioadaptive mutaplasmid tool is designed to interface with and alter supplemental armor layering systems. As such this mutaplasmid could be used to mutate the performance characteristics of most armor plates in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter standard, assembler-based armor repair systems. As such this mutaplasmid could be used to mutate the performance characteristics of most armor repairers in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter devices that provide additional capacitor storage. As such this mutaplasmid could be used to mutate the performance characteristics of capacitor battery modules in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter energy charge neutralization devices. As such this mutaplasmid could be used to mutate the performance characteristics of most energy neutralizers in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter energy charge leeching devices. As such this mutaplasmid could be used to mutate the performance characteristics of most energy nosferatu modules in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter standard, field-based shield-boosting systems. As such this mutaplasmid could be used to mutate the performance characteristics of most shield boosters in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter supplemental shield enhancement systems. As such this mutaplasmid could be used to mutate the performance characteristics of most shield extenders in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter devices that augment and enhance a dreadnought's siege warfare abilities. As such this mutaplasmid could be used to mutate the performance characteristics of siege modules. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter nanite-boosted armor repair systems. As such this mutaplasmid could be used to mutate the performance characteristics of most ancillary armor repairers in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is unstable and may be an experimental form designed to work with equipment novel to the Triglavians. The mutational benefits of using this mutaplasmid are potentially high but the risks are also considerable.

This bioadaptive mutaplasmid tool is designed to interface with and alter supplemental armor layering systems. As such this mutaplasmid could be used to mutate the performance characteristics of most armor plates in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter standard, assembler-based armor repair systems. As such this mutaplasmid could be used to mutate the performance characteristics of most armor repairers in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter devices that provide additional capacitor storage. As such this mutaplasmid could be used to mutate the performance characteristics of capacitor battery modules in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter energy charge neutralization devices. As such this mutaplasmid could be used to mutate the performance characteristics of most energy neutralizers in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter energy charge leeching devices. As such this mutaplasmid could be used to mutate the performance characteristics of most energy nosferatu modules in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter standard, field-based shield-boosting systems. As such this mutaplasmid could be used to mutate the performance characteristics of most shield boosters in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter supplemental shield enhancement systems. As such this mutaplasmid could be used to mutate the performance characteristics of most shield extenders in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter energy stasis entanglement devices. As such this mutaplasmid could be used to mutate the performance characteristics of most stasis webifiers. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is the product of an extensive research program by Upwell Consortium nanoengineers working with a variety of recovered Triglavian mutaplasmid strains. The resultant mutaplasmid tool is designed to interface with and alter devices which provide stable fire control for vorton projectors. As such this mutaplasmid could be used to mutate the performance characteristics of vorton tuning system modules and has been made available to all participating member states of EDENCOM. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter targeted, long-range warp disruption devices. As such this mutaplasmid could be used to mutate the performance characteristics of most warp disruptors. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter targeted, short-range warp field scrambling devices. As such this mutaplasmid could be used to mutate the performance characteristics of most warp scramblers. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter high-energy shield-boosting systems. As such this mutaplasmid could be used to mutate the performance characteristics of most ancillary shield boosters in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is unstable and may be an experimental form designed to work with equipment novel to the Triglavians. The mutational benefits of using this mutaplasmid are potentially high but the risks are also considerable.

This bioadaptive mutaplasmid tool is designed to interface with and alter standard, field-based shield-boosting systems. As such this mutaplasmid could be used to mutate the performance characteristics of most shield boosters in the correct size class. Triglavian bioadaptive technology makes extensive use of engineered colonies of extremophilic bacteria, that are used to grow, harvest and adapt various resources found in Abyssal Deadspace. Artificial colonizing plasmids integrated into specialist tools used for direct adaptation of technology can be found in Triglavian caches in various stages of development. These mutaplasmids can be used to alter the characteristics of a wide variety of equipment types, depending on the strain and the bioadaptive tool with which they are integrated. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.