Zarmazd
Traits
Type Bonuses
- 20 % bonus to Heavy Mutadaptive Remote Armor Repairer I amount
- 15 % reduced Heavy Mutadaptive Remote Armor Repairer I capacitor need
- 20 % bonus to Repair Drone Operation transfer amount
- 100 % bonus to Heavy Mutadaptive Remote Armor Repairer I range
Role Bonuses
- 100 % bonus Capacitor Emission Systems range
- 50 % reduced Capacitor Emission Systems capacitor need
- 50 % reduced Energy Pulse Weapons capacitor need
- 50 % reduced Capacitor Emission Systems capacitor need
Defenses
Variations
Market
Basic
- Mass:
- 10,240,000 kg
- Packaged volume:
- 10,000 m3
- Portion size:
- 1
Tech Level: - 2
Meta Level: - 5
Structure Hitpoints: - 1,850 HP
Capacity: - 485 m3
- Volume:
- 118,000 m3
Mass: - 10,240,000 kg
radius: - 250 m
Resistances
Cargo
- Capacity:
- 485 m3
Fitting
Powergrid Output: - 950 MW
CPU Output: - 365 tf
High Slots: - 4
Medium Slots: - 4
Low Slots: - 6
Overloading
- heatCapacityHi:
- 100
- heatDissipationRateHi:
- 0.01
- heatDissipationRateMed:
- 0.01
- heatDissipationRateLow:
- 0.01
- heatCapacityMed:
- 100
- heatCapacityLow:
- 100
- heatGenerationMultiplier:
- 0.75
- Heat Attenuation:
- 0.63
- heatAttenuationMed:
- 0.63
- heatAttenuationLow:
- 0.76
Rigging
Rig Slots: - 2
- Rig Slots:
- 2
- Rig Size:
- medium
Calibration: - 400 points
Targeting
Maximum Targeting Range: - 70,000 m
Ladar Sensor Strength: - 0 points
Magnetometric Sensor Strength: - 0 points
RADAR Sensor Strength: - 22 points
Gravimetric Sensor Strength: - 0 points
- Signature Radius:
- 70 m
Scan Resolution: - 380 mm
- scanSpeed:
- 4.5s
Navigation
Maximum Velocity: - 238 m/sec
- Warp Speed Multiplier:
- 4.5 x
Inertia Modifier: - 0.72 x
Drones
Drone Capacity: - 125 m3
Drone Bandwidth: - 75 Mbit/sec
Required Skills
Insurance
Capacitor
Capacitor Capacity: - 2,350 GJ
Capacitor Recharge time: - 7m 25s
Shield
Shield Capacity: - 650 HP
- Shield recharge time:
- 20m 50s
- shieldUniformity:
- 0.75
Armor
Armor Hitpoints: - 3,200 HP
- armorUniformity:
- 0.75
Structure
- Structure Hitpoints:
- 1,850 HP
Usage
- Can be fitted with:
- Heavy Mutadaptive Remote Armor Repairer I
- Can be fitted with:
- Heavy Mutadaptive Scoped Remote Armor Repairer
- Can be fitted with:
- Heavy Mutadaptive Compact Remote Armor Repairer
- Can be fitted with:
- Heavy Mutadaptive Remote Armor Repairer II
- Can be fitted with:
- Perun Heavy Mutadaptive Remote Armor Repairer
Manufacturing
- Blueprint:
- Zarmazd Blueprint
Engineering Rig
- Source rigs:
Reprocessing
- Portion size:
- 1
Industry
Adam4Eve Material InfluenceOther
Item Damage: - 0 HP
- Power Load:
- 0 MW
- charge:
- 0 GJ
- powerToSpeed:
- 1
- warpFactor:
- 0
- CPU Load:
- 0 tf
- mainColor:
- 16777215
maxPassengers: - 580
- uniformity:
- 1
- warpCapacitorNeed:
- 8.13e-7
- propulsionGraphicID:
- 394
- gfxBoosterID:
- 394
- shieldCharge:
- 0
- eliteBonusLogistics1:
- -15
Ship Warp Speed: - 1 AU/s
- fwLpKill:
- 200
- typeColorScheme:
- 11418
- shipBonusRole1:
- 100
- shipBonusRole2:
- -50
- shipBonusRole5:
- -50
- Special Ability Bonus:
- 100 %
Type Info
- Type ID:
- 49713
- Base price:
- 435.20m ISK
- Capacity:
- 485 m3
- Faction ID:
- 500026
- Graphic ID:
- 22325
- Group ID:
- Logistics
- Market group ID:
- Triglavian
- Meta group ID:
- 2
- Published:
- true
- Race ID:
- 135
- Radius:
- 250 m
- Sof faction name:
- triglavianamarr
- Sound ID:
- 20063
- Volume:
- 118,000 m3
Description
The first modification of Triglavian ship design using the methods of Tech II invention and construction, the Zarmazd builds on the Collective's Rodiva-class support cruiser to create a logistics cruiser adapted for capsuleer use. The Zarmazd's design combines elements of the Amarr Guardian-class armor logistics cruiser's technology with the Triglavian ship frame, energy system and signature adaptive mutaplasmid repair system.
The Zarmazd's remote repair systems are considerably enhanced by adaptive armor-repair mutaplasmids that are used as nanite feedstock for its remote repair projectors. As the armor-repair mutaplasmid stream is able to adapt itself in real-time to specific target ship conditions far more efficiently than standard armor-repair nanites, the efficiency of armor repairing performed by the nanite stream on a given target increases over time towards a maximal repair output.
"It proved possible to adapt the ship specifications provided to incorporate some of the improvements found in our own advanced logistics cruisers. The Guardian's high-output nanofabbers were readily altered to support the production of armor-repair mutaplasmids and, while the engineering challenges were novel, the increased flow and unusual nanotopography were ultimately incorporated without great difficulty. It should be noted that any competent nanotech engineer could reproduce these adaptations using the Rodiva's specifications as a basis." – excerpt from a report from the Office of the Fabricator-General of the Imperial Navy