Infantry Weapons

Part of Kaalakiota’s Stahl line of weaponry, the rail rifle is a fast-firing precision weapon designed for field operations where penetrative power and range are paramount. Developed using the corporation’s proprietary microscale technology, the rail rifle solves oversaturation issues endemic to sustained fire electromagnetic weaponry. However, its greater range and power are offset by a smaller magazine capacity and lower rate of fire than similarly classified weapons. The foregrip design aids stabilization and remains cool to the touch even during prolonged discharge where the barrel can exceed mean operating temperatures. Featuring a reinforced subassembly and compact, heavy-barrel design, the rail rifle is the premier fully automatic microscale weapon available today.

Adapted from Deep Core Mining Inc.'s proprietary technology, the DCMA S-1 subverts conventional expectations of what a man-portable anti-material weapons platform is capable of. Despite its excessive weight and extended recharge time, the “Forge Gun” as it has become known, is regarded as the most devastating infantry weapon on the battlefield, and an invaluable tool for those capable of wielding it. Powered by a Gemini microcapacitor, the forge gun utilizes a stored electric charge to fire kinetic slugs at speeds in excess of 7,000 m/s, enough to penetrate even augmented armor systems. During the pre-fire charge, the forward armature locks into position, stabilizing the magnetic field and helping to shield the user from backscatter and the excessive heat produced. Power generation remains the single largest drawback of the current design, the onboard capacitor requiring a significant amount of time to reach full power after each discharge.

Missile launcher tech is comparatively unsophisticated. It's the missiles themselves and the supplementary tracking, targeting, and guidance systems comprising the delivery system that make missiles such deadly ordnance.

The scrambler rifle is a selective-fire weapon capable of semi-automatic and charged fire. Each shot produces a pulse of sinuous energy capable of penetrating shield and metal. By keeping pressure on the trigger, the operator can control the power of each discharge, scaling it to produce an intense pulse of energy fatal to soft targets. The added power output does come with downsides, most notably increased heat build-up; left unmanaged, thermal stresses age the focusing crystal prematurely, resulting in splintering and potentially lethal feedback. Despite this and several other issues – increased heft, poor reliability, and high manufacturing cost – the scrambler rifle is widely available and in service on battlefields clusterwide.

The Mass Driver is a semi-automatic, multi-shot grenade launcher useful as both a breaching tool and area denial weapon. Firing smart HIND explosive rounds, the weapon is highly effective against all forms of dropsuit and light vehicle, while its lightweight frame and compact design make it easy to wield in both urban and open terrain engagements.

Adapted from Deep Core Mining Inc.'s proprietary technology, the DCMA S-1 subverts conventional expectations of what a man-portable anti-material weapons platform is capable of. Despite its excessive weight and extended recharge time, the “Forge Gun” as it has become known, is regarded as the most devastating infantry weapon on the battlefield, and an invaluable tool for those capable of wielding it. Powered by a Gemini microcapacitor, the forge gun utilizes a stored electric charge to fire kinetic slugs at speeds in excess of 7,000 m/s, enough to penetrate even augmented armor systems. During the pre-fire charge, the forward armature locks into position, stabilizing the magnetic field and helping to shield the user from backscatter and the excessive heat produced. Power generation remains the single largest drawback of the current design, the onboard capacitor requiring a significant amount of time to reach full power after each discharge.

The Flux grenade is a hand-thrown wave shaper designed to destroy low-level electronic equipment and disrupt shielding.

Favoring function over form, the SMG is a lightweight, semi-automatic weapon designed for close-quarters combat. What it lacks in stopping power and accuracy it grossly overcompensates for with quantity. Designed to injure and impede, the hailstorm of bullets the SMG produces is most effective in tight spaces against multiple targets. This original design is a paradigm of Minmatar construction. An inelegant, but reliable weapon solution that is simple to produce, easily repaired using almost any available materials, and provides comparable pound-for-pound performance with similar sub-automatic weapons. Although an unabashedly low-tech weapon, it excels at what it was designed for: killing anything right in front of you.

Conceived by Duvolle Laboratories, a corporation best known for its ceaseless R&D, the G75-VLB solves many of the problems inherent in mass-manufactured plasma weapons. The result is a weapon that offers improved accuracy and greater containment field stability (which equates to faster, longer bursts of fire) than anything in its class. It is a magazine-fed, short-to-mid range weapon offering fully automatic fire. Charged plasma munitions are pumped into a cyclotron that converts the plasma into a highly lethal bolt before it is expelled from the chamber. Upon impact with the target, the magnetic field surrounding the bolt collapses, venting superheated plasma onto the contact point.

Designed for close-range combat, the shotgun is a spread weapon with tremendous stopping power. Unlike traditional cyclotron designs, a walled centrifugal well is used to simultaneously shunt dozens of plasma charges, generating a wide-pattern ‘kill spread' that is lethal over short distances. The excessive recoil produced by each discharge is absorbed by the pneumatic armature, allowing the weapon to be fired repeatedly without significant injury to the user. The operator controlled crank-action flushes coolant through the interior well before cycling additional rounds into the chamber.

A close-quarters melee weapon, the nova knife is as deadly a weapon as anything on the battlefield. Its name derives from the heated plasma edge of the blade – formed by a thermic igniter and linear gravity condenser – that, in skilled hands, can be used to carve through even the thickest dropsuit armor.

Adapted from Deep Core Mining Inc.'s proprietary technology, the DCMA S-1 subverts conventional expectations of what a man-portable anti-material weapons platform is capable of. Despite its excessive weight and extended recharge time, the “Forge Gun” as it has become known, is regarded as the most devastating infantry weapon on the battlefield, and an invaluable tool for those capable of wielding it. Powered by a Gemini microcapacitor, the forge gun utilizes a stored electric charge to fire kinetic slugs at speeds in excess of 7,000 m/s, enough to penetrate even augmented armor systems. During the pre-fire charge, the forward armature locks into position, stabilizing the magnetic field and helping to shield the user from backscatter and the excessive heat produced. Power generation remains the single largest drawback of the current design, the onboard capacitor requiring a significant amount of time to reach full power after each discharge.

Part of Kaalakiota’s Stahl line of weaponry, the rail rifle is a fast-firing precision weapon designed for field operations where penetrative power and range are paramount. Developed using the corporation’s proprietary microscale technology, the rail rifle solves oversaturation issues endemic to sustained fire electromagnetic weaponry. However, its greater range and power are offset by a smaller magazine capacity and lower rate of fire than similarly classified weapons. The foregrip design aids stabilization and remains cool to the touch even during prolonged discharge where the barrel can exceed mean operating temperatures. Featuring a reinforced subassembly and compact, heavy-barrel design, the rail rifle is the premier fully automatic microscale weapon available today.

Conceived by Duvolle Laboratories, a corporation best known for its ceaseless R&D, the G75-VLB solves many of the problems inherent in mass-manufactured plasma weapons. The result is a weapon that offers improved accuracy and greater containment field stability (which equates to faster, longer bursts of fire) than anything in its class. It is a magazine-fed, short-to-mid range weapon offering fully automatic fire. Charged plasma munitions are pumped into a cyclotron that converts the plasma into a highly lethal bolt before it is expelled from the chamber. Upon impact with the target, the magnetic field surrounding the bolt collapses, venting superheated plasma onto the contact point.

A gas-operated, short-barreled weapon, the combat rifle is a semi-automatic weapon well-suited to both short and medium range combat. Classified as a light support weapon, it is typically employed in target-rich environments where the high volume of fire produced enables operators to engage multiple targets in rapid succession, whilst the weapon’s extended range keeps the operator just beyond the threat threshold of most standard assault rifles. Its advanced bullpup configuration reduces weapon weight and improves maneuverability making it the ideal cross-over weapon for urban and field combat. The modular design has more practical advantages as well in that it’s cheap to maintain and easily replaced if damaged, making it one of the most reliable weapons in service today.

The scrambler rifle is a selective-fire weapon capable of semi-automatic and charged fire. Each shot produces a pulse of sinuous energy capable of penetrating shield and metal. By keeping pressure on the trigger, the operator can control the power of each discharge, scaling it to produce an intense pulse of energy fatal to soft targets. The added power output does come with downsides, most notably increased heat build-up; left unmanaged, thermal stresses age the focusing crystal prematurely, resulting in splintering and potentially lethal feedback. Despite this and several other issues – increased heft, poor reliability, and high manufacturing cost – the scrambler rifle is widely available and in service on battlefields clusterwide.

Missile launcher tech is comparatively unsophisticated. It's the missiles themselves and the supplementary tracking, targeting, and guidance systems comprising the delivery system that make missiles such deadly ordnance.

A multi-barrel, rotary drive machine gun, the HMG is a singularly devastating anti-infantry weapon. Eschewing the advantages of a lighter frame in favor of stopping power, the exponentially increased heat and vibration produced by this Boundless Creation developed weapon makes it almost unbearable to fire. Yet despite this fact, its above average hit ratio and extreme rate of fire has earned it the nickname “Death's Engine.” Unlike earlier models, the weapon requires no spool up time; rounds are expelled the instant the trigger is pressed. This comes at the cost of initially reduced accuracy as the counter-rotating drives slowly align. Once fully aligned, however, the HMG produces a pinpoint stream of gunfire with unmatched killing potential.

The Scrambler is a semi-automatic pistol originally designed and manufactured by Carthum Conglomerate. A small-scale directed energy weapon, it produces a laser-induced plasma channel capable of dealing short-range pin-point damage to a target. Power consumption is excessive, but is addressed via a rear-loaded fuel cell, allowing cells to be exchanged quickly and easily once exhausted. Moreover, advances in the polymers used in the weapon's construction have greatly reduced heat build-up and improved heat dissipation, resulting in improved reliability over earlier modules.

The laser rifle is a continuous wave, medium range weapon. Targets are ‘painted’ with a high intensity beam that deals sustained, focused damage in a concentrated area to maximize damage potential. At the core of the weapon is the thermal cavity, within which an optic spacer converges and blends three individually pumped beams into a single coherent output. The additional distortion introduced by each beam results in weakened output at close range, but as the weapon warms up to mean operating temperature the wavelength stabilizes and the damage output increases significantly, producing a weapon of unmatched precision and lethality in mid-range combat. Heat build-up is typically managed by a self-regulating failsafe, a device used to forcibly shut the weapon off at regular intervals, flushing heat from its internal workings and preventing lethal feedback to the user, but most laser rifles in the field have been altered to bypass the built-in safety protocols.

Blaster technology harnesses magnetic containment fields to project superheated energy over short distances.

The Locus is a timed-fuse fragmentation explosive that is highly effective against dropsuit armor.

The Locus is a timed-fuse fragmentation explosive that is highly effective against dropsuit armor.

Designed for close-range combat, the shotgun is a spread weapon with tremendous stopping power. Unlike traditional cyclotron designs, a walled centrifugal well is used to simultaneously shunt dozens of plasma charges, generating a wide-pattern ‘kill spread' that is lethal over short distances. The excessive recoil produced by each discharge is absorbed by the pneumatic armature, allowing the weapon to be fired repeatedly without significant injury to the user. The operator controlled crank-action flushes coolant through the interior well before cycling additional rounds into the chamber.

The plasma cannon is a single-shot, direct-fire weapon developed by Allotek Industries primarily for use in urban operations and confined space combat. The dense plasma discharge it generates is highly unstable, decaying rapidly and venting sufficient heat and energy to severely damage targets caught within its critical emission radius. During the short pre-fire charge, ultracold plasma is prepared and then heated inside a magneto-core trap. Just prior to discharge, a small precursor projectile is fired that produces (and is ultimately consumed by) a short-lived trail that helps guide and contain the volatile discharge as it travels towards its target.

Designed for close-range combat, the shotgun is a spread weapon with tremendous stopping power. Unlike traditional cyclotron designs, a walled centrifugal well is used to simultaneously shunt dozens of plasma charges, generating a wide-pattern ‘kill spread' that is lethal over short distances. The excessive recoil produced by each discharge is absorbed by the pneumatic armature, allowing the weapon to be fired repeatedly without significant injury to the user. The operator controlled crank-action flushes coolant through the interior well before cycling additional rounds into the chamber.

The magsec is a semi-automatic firearm capable of sustained, accurate fire at ranges beyond what conventional sidearms can offer. A high-speed slider feeds current to a magazine of hyper velocity projectiles that are discharged with minimal separation, maximizing energy efficiency and reducing flux shear to produce a weapon with lethal kinetic potential. Having overcome early reliability issues, manufacturers have since taken advantage of the weapon’s modular design; the magsec has been made available in multiple combat configurations – including optical sights and silenced operation – and is in widespread service throughout the cluster.

Missile launcher tech is comparatively unsophisticated. It's the missiles themselves and the supplementary tracking, targeting, and guidance systems comprising the delivery system that make missiles such deadly ordnance.

Conceived by Duvolle Laboratories, a corporation best known for its ceaseless R&D, the G75-VLB solves many of the problems inherent in mass-manufactured plasma weapons. The result is a weapon that offers improved accuracy and greater containment field stability (which equates to faster, longer bursts of fire) than anything in its class. It is a magazine-fed, short-to-mid range weapon offering fully automatic fire. Charged plasma munitions are pumped into a cyclotron that converts the plasma into a highly lethal bolt before it is expelled from the chamber. Upon impact with the target, the magnetic field surrounding the bolt collapses, venting superheated plasma onto the contact point.

The plasma cannon is a single-shot, direct-fire weapon developed by Allotek Industries primarily for use in urban operations and confined space combat. The dense plasma discharge it generates is highly unstable, decaying rapidly and venting sufficient heat and energy to severely damage targets caught within its critical emission radius. During the short pre-fire charge, ultracold plasma is prepared and then heated inside a magneto-core trap. Just prior to discharge, a small precursor projectile is fired that produces (and is ultimately consumed by) a short-lived trail that helps guide and contain the volatile discharge as it travels towards its target.

A multi-barrel, rotary drive machine gun, the HMG is a singularly devastating anti-infantry weapon. Eschewing the advantages of a lighter frame in favor of stopping power, the exponentially increased heat and vibration produced by this Boundless Creation developed weapon makes it almost unbearable to fire. Yet despite this fact, its above average hit ratio and extreme rate of fire has earned it the nickname “Death's Engine.” Unlike earlier models, the weapon requires no spool up time; rounds are expelled the instant the trigger is pressed. This comes at the cost of initially reduced accuracy as the counter-rotating drives slowly align. Once fully aligned, however, the HMG produces a pinpoint stream of gunfire with unmatched killing potential.

The flaylock is a snub-nosed pistol designed to fire one-inch direct attack missiles. Typically, the weapon is armed with pack-loaded dumbfire or seeker missiles effective against infantry and armored targets, but is fully compatible with a broad range of missile types, making it one of the most versatile sidearm weapons on the battlefield. Seeker missiles utilize pre-launch lock-on and rudimentary self-guidance to track designated targets, though finite propellant limits the practical engagement zone to short ranges. Although less effective against shielded targets, the tandem warhead allows penetration of armor layers before detonation, amplifying the effectiveness of the narrow fragment stream and maximizing each projectile’s lethality.

Designed for close-range combat, the shotgun is a spread weapon with tremendous stopping power. Unlike traditional cyclotron designs, a walled centrifugal well is used to simultaneously shunt dozens of plasma charges, generating a wide-pattern ‘kill spread' that is lethal over short distances. The excessive recoil produced by each discharge is absorbed by the pneumatic armature, allowing the weapon to be fired repeatedly without significant injury to the user. The operator controlled crank-action flushes coolant through the interior well before cycling additional rounds into the chamber.

Conceived by Duvolle Laboratories, a corporation best known for its ceaseless R&D, the G75-VLB solves many of the problems inherent in mass-manufactured plasma weapons. The result is a weapon that offers improved accuracy and greater containment field stability (which equates to faster, longer bursts of fire) than anything in its class. It is a magazine-fed, short-to-mid range weapon offering fully automatic fire. Charged plasma munitions are pumped into a cyclotron that converts the plasma into a highly lethal bolt before it is expelled from the chamber. Upon impact with the target, the magnetic field surrounding the bolt collapses, venting superheated plasma onto the contact point.

The Mass Driver is a semi-automatic, multi-shot grenade launcher useful as both a breaching tool and area denial weapon. Firing smart HIND explosive rounds, the weapon is highly effective against all forms of dropsuit and light vehicle, while its lightweight frame and compact design make it easy to wield in both urban and open terrain engagements.

The scrambler rifle is a selective-fire weapon capable of semi-automatic and charged fire. Each shot produces a pulse of sinuous energy capable of penetrating shield and metal. By keeping pressure on the trigger, the operator can control the power of each discharge, scaling it to produce an intense pulse of energy fatal to soft targets. The added power output does come with downsides, most notably increased heat build-up; left unmanaged, thermal stresses age the focusing crystal prematurely, resulting in splintering and potentially lethal feedback. Despite this and several other issues – increased heft, poor reliability, and high manufacturing cost – the scrambler rifle is widely available and in service on battlefields clusterwide.

A close-quarters melee weapon, the nova knife is as deadly a weapon as anything on the battlefield. Its name derives from the heated plasma edge of the blade – formed by a thermic igniter and linear gravity condenser – that, in skilled hands, can be used to carve through even the thickest dropsuit armor.

Using microscale railgun technology, the sniper rifle effectively weaponizes velocity, putting an inert round downrange in excess of 2,500m/s. The standard round is a 2-inch ‘beehive' flechette, loaded automatically from a center-mount pack. The pack design eliminates user intervention and minimizes reload time while simultaneously allowing for future upgradeability; different ammunition configurations require nothing more than switching out the rifle's pack.

Adapted from Deep Core Mining Inc.'s proprietary technology, the DCMA S-1 subverts conventional expectations of what a man-portable anti-material weapons platform is capable of. Despite its excessive weight and extended recharge time, the “Forge Gun” as it has become known, is regarded as the most devastating infantry weapon on the battlefield, and an invaluable tool for those capable of wielding it. Powered by a Gemini microcapacitor, the forge gun utilizes a stored electric charge to fire kinetic slugs at speeds in excess of 7,000 m/s, enough to penetrate even augmented armor systems. During the pre-fire charge, the forward armature locks into position, stabilizing the magnetic field and helping to shield the user from backscatter and the excessive heat produced. Power generation remains the single largest drawback of the current design, the onboard capacitor requiring a significant amount of time to reach full power after each discharge.

Favoring function over form, the SMG is a lightweight, semi-automatic weapon designed for close-quarters combat. What it lacks in stopping power and accuracy it grossly overcompensates for with quantity. Designed to injure and impede, the hailstorm of bullets the SMG produces is most effective in tight spaces against multiple targets. This original design is a paradigm of Minmatar construction. An inelegant, but reliable weapon solution that is simple to produce, easily repaired using almost any available materials, and provides comparable pound-for-pound performance with similar sub-automatic weapons. Although an unabashedly low-tech weapon, it excels at what it was designed for: killing anything right in front of you.

The laser rifle is a continuous wave, medium range weapon. Targets are ‘painted’ with a high intensity beam that deals sustained, focused damage in a concentrated area to maximize damage potential. At the core of the weapon is the thermal cavity, within which an optic spacer converges and blends three individually pumped beams into a single coherent output. The additional distortion introduced by each beam results in weakened output at close range, but as the weapon warms up to mean operating temperature the wavelength stabilizes and the damage output increases significantly, producing a weapon of unmatched precision and lethality in mid-range combat. Heat build-up is typically managed by a self-regulating failsafe, a device used to forcibly shut the weapon off at regular intervals, flushing heat from its internal workings and preventing lethal feedback to the user, but most laser rifles in the field have been altered to bypass the built-in safety protocols.

The Scrambler is a semi-automatic pistol originally designed and manufactured by Carthum Conglomerate. A small-scale directed energy weapon, it produces a laser-induced plasma channel capable of dealing short-range pin-point damage to a target. Power consumption is excessive, but is addressed via a rear-loaded fuel cell, allowing cells to be exchanged quickly and easily once exhausted. Moreover, advances in the polymers used in the weapon's construction have greatly reduced heat build-up and improved heat dissipation, resulting in improved reliability over earlier modules.

A mid-range anti-material weapon, the shoulder-mounted rocket launcher provides infantry squads with the means to effectively engage armored vehicles and installation gun emplacements. With pre-launch lock-on capabilities and intelligent swarm missiles, it is a man-portable system able to deliver devastating payloads against material targets. Key to its success is the swarm missile technology. Fired in salvos, each warhead is fitted with an onboard guidance controller, which introduces random deviations and unpredictable patterns into the swarm's flight path, allowing some, if not all, missiles in the salvo to defeat basic countermeasure systems.

Using microscale railgun technology, the sniper rifle effectively weaponizes velocity, putting an inert round downrange in excess of 2,500m/s. The standard round is a 2-inch ‘beehive' flechette, loaded automatically from a center-mount pack. The pack design eliminates user intervention and minimizes reload time while simultaneously allowing for future upgradeability; different ammunition configurations require nothing more than switching out the rifle's pack.

Using microscale railgun technology, the sniper rifle effectively weaponizes velocity, putting an inert round downrange in excess of 2,500m/s. The standard round is a 2-inch ‘beehive' flechette, loaded automatically from a center-mount pack. The pack design eliminates user intervention and minimizes reload time while simultaneously allowing for future upgradeability; different ammunition configurations require nothing more than switching out the rifle's pack.

Part of Kaalakiota’s Stahl line of weaponry, the rail rifle is a fast-firing precision weapon designed for field operations where penetrative power and range are paramount. Developed using the corporation’s proprietary microscale technology, the rail rifle solves oversaturation issues endemic to sustained fire electromagnetic weaponry. However, its greater range and power are offset by a smaller magazine capacity and lower rate of fire than similarly classified weapons. The foregrip design aids stabilization and remains cool to the touch even during prolonged discharge where the barrel can exceed mean operating temperatures. Featuring a reinforced subassembly and compact, heavy-barrel design, the rail rifle is the premier fully automatic microscale weapon available today.

The Mass Driver is a semi-automatic, multi-shot grenade launcher useful as both a breaching tool and area denial weapon. Firing smart HIND explosive rounds, the weapon is highly effective against all forms of dropsuit and light vehicle, while its lightweight frame and compact design make it easy to wield in both urban and open terrain engagements.

Designed for close-range combat, the shotgun is a spread weapon with tremendous stopping power. Unlike traditional cyclotron designs, a walled centrifugal well is used to simultaneously shunt dozens of plasma charges, generating a wide-pattern ‘kill spread' that is lethal over short distances. The excessive recoil produced by each discharge is absorbed by the pneumatic armature, allowing the weapon to be fired repeatedly without significant injury to the user. The operator controlled crank-action flushes coolant through the interior well before cycling additional rounds into the chamber.

A mid-range anti-material weapon, the shoulder-mounted rocket launcher provides infantry squads with the means to effectively engage armored vehicles and installation gun emplacements. With pre-launch lock-on capabilities and intelligent swarm missiles, it is a man-portable system able to deliver devastating payloads against material targets. Key to its success is the swarm missile technology. Fired in salvos, each warhead is fitted with an onboard guidance controller, which introduces random deviations and unpredictable patterns into the swarm's flight path, allowing some, if not all, missiles in the salvo to defeat basic countermeasure systems.

The flaylock is a snub-nosed pistol designed to fire one-inch direct attack missiles. Typically, the weapon is armed with pack-loaded dumbfire or seeker missiles effective against infantry and armored targets, but is fully compatible with a broad range of missile types, making it one of the most versatile sidearm weapons on the battlefield. Seeker missiles utilize pre-launch lock-on and rudimentary self-guidance to track designated targets, though finite propellant limits the practical engagement zone to short ranges. Although less effective against shielded targets, the tandem warhead allows penetration of armor layers before detonation, amplifying the effectiveness of the narrow fragment stream and maximizing each projectile’s lethality.

The plasma cannon is a single-shot, direct-fire weapon developed by Allotek Industries primarily for use in urban operations and confined space combat. The dense plasma discharge it generates is highly unstable, decaying rapidly and venting sufficient heat and energy to severely damage targets caught within its critical emission radius. During the short pre-fire charge, ultracold plasma is prepared and then heated inside a magneto-core trap. Just prior to discharge, a small precursor projectile is fired that produces (and is ultimately consumed by) a short-lived trail that helps guide and contain the volatile discharge as it travels towards its target.

The laser rifle is a continuous wave, medium range weapon. Targets are ‘painted’ with a high intensity beam that deals sustained, focused damage in a concentrated area to maximize damage potential. At the core of the weapon is the thermal cavity, within which an optic spacer converges and blends three individually pumped beams into a single coherent output. The additional distortion introduced by each beam results in weakened output at close range, but as the weapon warms up to mean operating temperature the wavelength stabilizes and the damage output increases significantly, producing a weapon of unmatched precision and lethality in mid-range combat. Heat build-up is typically managed by a self-regulating failsafe, a device used to forcibly shut the weapon off at regular intervals, flushing heat from its internal workings and preventing lethal feedback to the user, but most laser rifles in the field have been altered to bypass the built-in safety protocols.

A gas-operated, short-barreled weapon, the combat rifle is a semi-automatic weapon well-suited to both short and medium range combat. Classified as a light support weapon, it is typically employed in target-rich environments where the high volume of fire produced enables operators to engage multiple targets in rapid succession, whilst the weapon’s extended range keeps the operator just beyond the threat threshold of most standard assault rifles. Its advanced bullpup configuration reduces weapon weight and improves maneuverability making it the ideal cross-over weapon for urban and field combat. The modular design has more practical advantages as well in that it’s cheap to maintain and easily replaced if damaged, making it one of the most reliable weapons in service today.

Using microscale railgun technology, the sniper rifle effectively weaponizes velocity, putting an inert round downrange in excess of 2,500m/s. The standard round is a 2-inch ‘beehive' flechette, loaded automatically from a center-mount pack. The pack design eliminates user intervention and minimizes reload time while simultaneously allowing for future upgradeability; different ammunition configurations require nothing more than switching out the rifle's pack.

Conceived by Duvolle Laboratories, a corporation best known for its ceaseless R&D, the G75-VLB solves many of the problems inherent in mass-manufactured plasma weapons. The result is a weapon that offers improved accuracy and greater containment field stability (which equates to faster, longer bursts of fire) than anything in its class. It is a magazine-fed, short-to-mid range weapon offering fully automatic fire. Charged plasma munitions are pumped into a cyclotron that converts the plasma into a highly lethal bolt before it is expelled from the chamber. Upon impact with the target, the magnetic field surrounding the bolt collapses, venting superheated plasma onto the contact point.

The Scrambler is a semi-automatic pistol originally designed and manufactured by Carthum Conglomerate. A small-scale directed energy weapon, it produces a laser-induced plasma channel capable of dealing short-range pin-point damage to a target. Power consumption is excessive, but is addressed via a rear-loaded fuel cell, allowing cells to be exchanged quickly and easily once exhausted. Moreover, advances in the polymers used in the weapon's construction have greatly reduced heat build-up and improved heat dissipation, resulting in improved reliability over earlier modules.

Designed for close-range combat, the shotgun is a spread weapon with tremendous stopping power. Unlike traditional cyclotron designs, a walled centrifugal well is used to simultaneously shunt dozens of plasma charges, generating a wide-pattern ‘kill spread' that is lethal over short distances. The excessive recoil produced by each discharge is absorbed by the pneumatic armature, allowing the weapon to be fired repeatedly without significant injury to the user. The operator controlled crank-action flushes coolant through the interior well before cycling additional rounds into the chamber.

A mid-range anti-material weapon, the shoulder-mounted rocket launcher provides infantry squads with the means to effectively engage armored vehicles and installation gun emplacements. With pre-launch lock-on capabilities and intelligent swarm missiles, it is a man-portable system able to deliver devastating payloads against material targets. Key to its success is the swarm missile technology. Fired in salvos, each warhead is fitted with an onboard guidance controller, which introduces random deviations and unpredictable patterns into the swarm's flight path, allowing some, if not all, missiles in the salvo to defeat basic countermeasure systems.

While functionally identical to the majority of mass-produced rifles available today, the choice of construction materials and unique cyclotron design has led many to speculate that the weapon is the work of Karisim Vynneve, the once prolific weapons designer thought killed in a test-fire exercise more than a decade ago. Whether a warning, a statement of intent or simply an elaborate ruse, it does not change the fact that it’s a beautifully crafted weapon.

Using microscale railgun technology, the sniper rifle effectively weaponizes velocity, putting an inert round downrange in excess of 2,500m/s. The standard round is a 2-inch ‘beehive' flechette, loaded automatically from a center-mount pack. The pack design eliminates user intervention and minimizes reload time while simultaneously allowing for future upgradeability; different ammunition configurations require nothing more than switching out the rifle's pack.

A gas-operated, short-barreled weapon, the combat rifle is a semi-automatic weapon well-suited to both short and medium range combat. Classified as a light support weapon, it is typically employed in target-rich environments where the high volume of fire produced enables operators to engage multiple targets in rapid succession, whilst the weapon’s extended range keeps the operator just beyond the threat threshold of most standard assault rifles. Its advanced bullpup configuration reduces weapon weight and improves maneuverability making it the ideal cross-over weapon for urban and field combat. The modular design has more practical advantages as well in that it’s cheap to maintain and easily replaced if damaged, making it one of the most reliable weapons in service today.

The Scrambler is a semi-automatic pistol originally designed and manufactured by Carthum Conglomerate. A small-scale directed energy weapon, it produces a laser-induced plasma channel capable of dealing short-range pin-point damage to a target. Power consumption is excessive, but is addressed via a rear-loaded fuel cell, allowing cells to be exchanged quickly and easily once exhausted. Moreover, advances in the polymers used in the weapon's construction have greatly reduced heat build-up and improved heat dissipation, resulting in improved reliability over earlier modules.

A close-quarters melee weapon, the nova knife is as deadly a weapon as anything on the battlefield. Its name derives from the heated plasma edge of the blade – formed by a thermic igniter and linear gravity condenser – that, in skilled hands, can be used to carve through even the thickest dropsuit armor.

Favoring function over form, the SMG is a lightweight, semi-automatic weapon designed for close-quarters combat. What it lacks in stopping power and accuracy it grossly overcompensates for with quantity. Designed to injure and impede, the hailstorm of bullets the SMG produces is most effective in tight spaces against multiple targets. This original design is a paradigm of Minmatar construction. An inelegant, but reliable weapon solution that is simple to produce, easily repaired using almost any available materials, and provides comparable pound-for-pound performance with similar sub-automatic weapons. Although an unabashedly low-tech weapon, it excels at what it was designed for: killing anything right in front of you.

Using microscale railgun technology, the sniper rifle effectively weaponizes velocity, putting an inert round downrange in excess of 2,500m/s. The standard round is a 2-inch ‘beehive' flechette, loaded automatically from a center-mount pack. The pack design eliminates user intervention and minimizes reload time while simultaneously allowing for future upgradeability; different ammunition configurations require nothing more than switching out the rifle's pack.

A multi-barrel, rotary drive machine gun, the HMG is a singularly devastating anti-infantry weapon. Eschewing the advantages of a lighter frame in favor of stopping power, the exponentially increased heat and vibration produced by this Boundless Creation developed weapon makes it almost unbearable to fire. Yet despite this fact, its above average hit ratio and extreme rate of fire has earned it the nickname “Death's Engine.” Unlike earlier models, the weapon requires no spool up time; rounds are expelled the instant the trigger is pressed. This comes at the cost of initially reduced accuracy as the counter-rotating drives slowly align. Once fully aligned, however, the HMG produces a pinpoint stream of gunfire with unmatched killing potential.

The railgun weaponizes velocity by using magnetic fields to accelerate projectiles to hypersonic speeds.

Conceived by Duvolle Laboratories, a corporation best known for its ceaseless R&D, the G75-VLB solves many of the problems inherent in mass-manufactured plasma weapons. The result is a weapon that offers improved accuracy and greater containment field stability (which equates to faster, longer bursts of fire) than anything in its class. It is a magazine-fed, short-to-mid range weapon offering fully automatic fire. Charged plasma munitions are pumped into a cyclotron that converts the plasma into a highly lethal bolt before it is expelled from the chamber. Upon impact with the target, the magnetic field surrounding the bolt collapses, venting superheated plasma onto the contact point.

The magsec is a semi-automatic firearm capable of sustained, accurate fire at ranges beyond what conventional sidearms can offer. A high-speed slider feeds current to a magazine of hyper velocity projectiles that are discharged with minimal separation, maximizing energy efficiency and reducing flux shear to produce a weapon with lethal kinetic potential. Having overcome early reliability issues, manufacturers have since taken advantage of the weapon’s modular design; the magsec has been made available in multiple combat configurations – including optical sights and silenced operation – and is in widespread service throughout the cluster.

Part of Kaalakiota’s Stahl line of weaponry, the rail rifle is a fast-firing precision weapon designed for field operations where penetrative power and range are paramount. Developed using the corporation’s proprietary microscale technology, the rail rifle solves oversaturation issues endemic to sustained fire electromagnetic weaponry. However, its greater range and power are offset by a smaller magazine capacity and lower rate of fire than similarly classified weapons. The foregrip design aids stabilization and remains cool to the touch even during prolonged discharge where the barrel can exceed mean operating temperatures. Featuring a reinforced subassembly and compact, heavy-barrel design, the rail rifle is the premier fully automatic microscale weapon available today.

Adapted from Deep Core Mining Inc.'s proprietary technology, the DCMA S-1 subverts conventional expectations of what a man-portable anti-material weapons platform is capable of. Despite its excessive weight and extended recharge time, the “Forge Gun” as it has become known, is regarded as the most devastating infantry weapon on the battlefield, and an invaluable tool for those capable of wielding it. Powered by a Gemini microcapacitor, the forge gun utilizes a stored electric charge to fire kinetic slugs at speeds in excess of 7,000 m/s, enough to penetrate even augmented armor systems. During the pre-fire charge, the forward armature locks into position, stabilizing the magnetic field and helping to shield the user from backscatter and the excessive heat produced. Power generation remains the single largest drawback of the current design, the onboard capacitor requiring a significant amount of time to reach full power after each discharge.

Blaster technology harnesses magnetic containment fields to project superheated energy over short distances.

The Scrambler is a semi-automatic pistol originally designed and manufactured by Carthum Conglomerate. A small-scale directed energy weapon, it produces a laser-induced plasma channel capable of dealing short-range pin-point damage to a target. Power consumption is excessive, but is addressed via a rear-loaded fuel cell, allowing cells to be exchanged quickly and easily once exhausted. Moreover, advances in the polymers used in the weapon's construction have greatly reduced heat build-up and improved heat dissipation, resulting in improved reliability over earlier modules.

The result of years of R&D, the bolt pistol is a high-impact handgun capable of firing kinetic projectiles with pinpoint accuracy. Building upon its copious experience with microscale rail weaponry, Kaalakiota has further refined the technology to produce what is commonly regarded as the most powerful handgun on the market. Central to its success is a smart sensor that bleeds off a minute amount of dropsuit energy at the moment of discharge, dissipating the sharp recoil impulse through the suit’s internal membrane and greatly reducing the peak force of each shot. This seemingly minor innovation is what makes accurate fire of the weapon possible without the need for an external mounting.

Missile launcher tech is comparatively unsophisticated. It's the missiles themselves and the supplementary tracking, targeting, and guidance systems comprising the delivery system that make missiles such deadly ordnance.

A mid-range anti-material weapon, the shoulder-mounted rocket launcher provides infantry squads with the means to effectively engage armored vehicles and installation gun emplacements. With pre-launch lock-on capabilities and intelligent swarm missiles, it is a man-portable system able to deliver devastating payloads against material targets. Key to its success is the swarm missile technology. Fired in salvos, each warhead is fitted with an onboard guidance controller, which introduces random deviations and unpredictable patterns into the swarm's flight path, allowing some, if not all, missiles in the salvo to defeat basic countermeasure systems.

The Locus is a timed-fuse fragmentation explosive that is highly effective against dropsuit armor.

The Scrambler is a semi-automatic pistol originally designed and manufactured by Carthum Conglomerate. A small-scale directed energy weapon, it produces a laser-induced plasma channel capable of dealing short-range pin-point damage to a target. Power consumption is excessive, but is addressed via a rear-loaded fuel cell, allowing cells to be exchanged quickly and easily once exhausted. Moreover, advances in the polymers used in the weapon's construction have greatly reduced heat build-up and improved heat dissipation, resulting in improved reliability over earlier modules.

The AV grenade is a high-explosive homing charge that automatically targets any hostile vehicle within its seek range.

Conceived by Duvolle Laboratories, a corporation best known for its ceaseless R&D, the G75-VLB solves many of the problems inherent in mass-manufactured plasma weapons. The result is a weapon that offers improved accuracy and greater containment field stability (which equates to faster, longer bursts of fire) than anything in its class. It is a magazine-fed, short-to-mid range weapon offering fully automatic fire. Charged plasma munitions are pumped into a cyclotron that converts the plasma into a highly lethal bolt before it is expelled from the chamber. Upon impact with the target, the magnetic field surrounding the bolt collapses, venting superheated plasma onto the contact point.

The flaylock is a snub-nosed pistol designed to fire one-inch direct attack missiles. Typically, the weapon is armed with pack-loaded dumbfire or seeker missiles effective against infantry and armored targets, but is fully compatible with a broad range of missile types, making it one of the most versatile sidearm weapons on the battlefield. Seeker missiles utilize pre-launch lock-on and rudimentary self-guidance to track designated targets, though finite propellant limits the practical engagement zone to short ranges. Although less effective against shielded targets, the tandem warhead allows penetration of armor layers before detonation, amplifying the effectiveness of the narrow fragment stream and maximizing each projectile’s lethality.

The AV grenade is a high-explosive homing charge that automatically targets any hostile vehicle within its seek range.

The railgun weaponizes velocity by using magnetic fields to accelerate projectiles to hypersonic speeds.

Designed for close-range combat, the shotgun is a spread weapon with tremendous stopping power. Unlike traditional cyclotron designs, a walled centrifugal well is used to simultaneously shunt dozens of plasma charges, generating a wide-pattern ‘kill spread' that is lethal over short distances. The excessive recoil produced by each discharge is absorbed by the pneumatic armature, allowing the weapon to be fired repeatedly without significant injury to the user. The operator controlled crank-action flushes coolant through the interior well before cycling additional rounds into the chamber.

Adapted from Deep Core Mining Inc.'s proprietary technology, the DCMA S-1 subverts conventional expectations of what a man-portable anti-material weapons platform is capable of. Despite its excessive weight and extended recharge time, the “Forge Gun” as it has become known, is regarded as the most devastating infantry weapon on the battlefield, and an invaluable tool for those capable of wielding it. Powered by a Gemini microcapacitor, the forge gun utilizes a stored electric charge to fire kinetic slugs at speeds in excess of 7,000 m/s, enough to penetrate even augmented armor systems. During the pre-fire charge, the forward armature locks into position, stabilizing the magnetic field and helping to shield the user from backscatter and the excessive heat produced. Power generation remains the single largest drawback of the current design, the onboard capacitor requiring a significant amount of time to reach full power after each discharge.

Adapted from Deep Core Mining Inc.'s proprietary technology, the DCMA S-1 subverts conventional expectations of what a man-portable anti-material weapons platform is capable of. Despite its excessive weight and extended recharge time, the “Forge Gun” as it has become known, is regarded as the most devastating infantry weapon on the battlefield, and an invaluable tool for those capable of wielding it. Powered by a Gemini microcapacitor, the forge gun utilizes a stored electric charge to fire kinetic slugs at speeds in excess of 7,000 m/s, enough to penetrate even augmented armor systems. During the pre-fire charge, the forward armature locks into position, stabilizing the magnetic field and helping to shield the user from backscatter and the excessive heat produced. Power generation remains the single largest drawback of the current design, the onboard capacitor requiring a significant amount of time to reach full power after each discharge.

Conceived by Duvolle Laboratories, a corporation best known for its ceaseless R&D, the G75-VLB solves many of the problems inherent in mass-manufactured plasma weapons. The result is a weapon that offers improved accuracy and greater containment field stability (which equates to faster, longer bursts of fire) than anything in its class. It is a magazine-fed, short-to-mid range weapon offering fully automatic fire. Charged plasma munitions are pumped into a cyclotron that converts the plasma into a highly lethal bolt before it is expelled from the chamber. Upon impact with the target, the magnetic field surrounding the bolt collapses, venting superheated plasma onto the contact point.

The Flux grenade is a hand-thrown wave shaper designed to destroy low-level electronic equipment and disrupt shielding.

A gas-operated, short-barreled weapon, the combat rifle is a semi-automatic weapon well-suited to both short and medium range combat. Classified as a light support weapon, it is typically employed in target-rich environments where the high volume of fire produced enables operators to engage multiple targets in rapid succession, whilst the weapon’s extended range keeps the operator just beyond the threat threshold of most standard assault rifles. Its advanced bullpup configuration reduces weapon weight and improves maneuverability making it the ideal cross-over weapon for urban and field combat. The modular design has more practical advantages as well in that it’s cheap to maintain and easily replaced if damaged, making it one of the most reliable weapons in service today.

The railgun weaponizes velocity by using magnetic fields to accelerate projectiles to hypersonic speeds.

The flaylock is a snub-nosed pistol designed to fire one-inch direct attack missiles. Typically, the weapon is armed with pack-loaded dumbfire or seeker missiles effective against infantry and armored targets, but is fully compatible with a broad range of missile types, making it one of the most versatile sidearm weapons on the battlefield. Seeker missiles utilize pre-launch lock-on and rudimentary self-guidance to track designated targets, though finite propellant limits the practical engagement zone to short ranges. Although less effective against shielded targets, the tandem warhead allows penetration of armor layers before detonation, amplifying the effectiveness of the narrow fragment stream and maximizing each projectile’s lethality.

The railgun weaponizes velocity by using magnetic fields to accelerate projectiles to hypersonic speeds.

Favoring function over form, the SMG is a lightweight, semi-automatic weapon designed for close-quarters combat. What it lacks in stopping power and accuracy it grossly overcompensates for with quantity. Designed to injure and impede, the hailstorm of bullets the SMG produces is most effective in tight spaces against multiple targets. This original design is a paradigm of Minmatar construction. An inelegant, but reliable weapon solution that is simple to produce, easily repaired using almost any available materials, and provides comparable pound-for-pound performance with similar sub-automatic weapons. Although an unabashedly low-tech weapon, it excels at what it was designed for: killing anything right in front of you.

A mid-range anti-material weapon, the shoulder-mounted rocket launcher provides infantry squads with the means to effectively engage armored vehicles and installation gun emplacements. With pre-launch lock-on capabilities and intelligent swarm missiles, it is a man-portable system able to deliver devastating payloads against material targets. Key to its success is the swarm missile technology. Fired in salvos, each warhead is fitted with an onboard guidance controller, which introduces random deviations and unpredictable patterns into the swarm's flight path, allowing some, if not all, missiles in the salvo to defeat basic countermeasure systems.

Favoring function over form, the SMG is a lightweight, semi-automatic weapon designed for close-quarters combat. What it lacks in stopping power and accuracy it grossly overcompensates for with quantity. Designed to injure and impede, the hailstorm of bullets the SMG produces is most effective in tight spaces against multiple targets. This original design is a paradigm of Minmatar construction. An inelegant, but reliable weapon solution that is simple to produce, easily repaired using almost any available materials, and provides comparable pound-for-pound performance with similar sub-automatic weapons. Although an unabashedly low-tech weapon, it excels at what it was designed for: killing anything right in front of you.

The railgun weaponizes velocity by using magnetic fields to accelerate projectiles to hypersonic speeds.

The result of years of R&D, the bolt pistol is a high-impact handgun capable of firing kinetic projectiles with pinpoint accuracy. Building upon its copious experience with microscale rail weaponry, Kaalakiota has further refined the technology to produce what is commonly regarded as the most powerful handgun on the market. Central to its success is a smart sensor that bleeds off a minute amount of dropsuit energy at the moment of discharge, dissipating the sharp recoil impulse through the suit’s internal membrane and greatly reducing the peak force of each shot. This seemingly minor innovation is what makes accurate fire of the weapon possible without the need for an external mounting.

Missile launcher tech is comparatively unsophisticated. It's the missiles themselves and the supplementary tracking, targeting, and guidance systems comprising the delivery system that make missiles such deadly ordnance.

Blaster technology harnesses magnetic containment fields to project superheated energy over short distances.

The railgun weaponizes velocity by using magnetic fields to accelerate projectiles to hypersonic speeds.

The railgun weaponizes velocity by using magnetic fields to accelerate projectiles to hypersonic speeds.

Blaster technology harnesses magnetic containment fields to project superheated energy over short distances.

Missile launcher tech is comparatively unsophisticated. It's the missiles themselves and the supplementary tracking, targeting, and guidance systems comprising the delivery system that make missiles such deadly ordnance.

Utilizing sub-licensed technology sourced from all across the cluster, Allotek Industries’ Pyrus product line offers a wide range of dropsuit and weapon variants developed and manufactured in accordance with the corporation’s stringent guidelines to ensure that all products are worthy of carrying the Allotek quality guarantee.

Utilizing sub-licensed technology sourced from all across the cluster, Allotek Industries’ Pyrus product line offers a wide range of dropsuit and weapon variants developed and manufactured in accordance with the corporation’s stringent guidelines to ensure that all products are worthy of carrying the Allotek quality guarantee.

Utilizing sub-licensed technology sourced from all across the cluster, Allotek Industries’ Pyrus product line offers a wide range of dropsuit and weapon variants developed and manufactured in accordance with the corporation’s stringent guidelines to ensure that all products are worthy of carrying the Allotek quality guarantee.

Utilizing sub-licensed technology sourced from all across the cluster, Allotek Industries’ Pyrus product line offers a wide range of dropsuit and weapon variants developed and manufactured in accordance with the corporation’s stringent guidelines to ensure that all products are worthy of carrying the Allotek quality guarantee.

Utilizing sub-licensed technology sourced from all across the cluster, Allotek Industries’ Pyrus product line offers a wide range of dropsuit and weapon variants developed and manufactured in accordance with the corporation’s stringent guidelines to ensure that all products are worthy of carrying the Allotek quality guarantee.

Utilizing sub-licensed technology sourced from all across the cluster, Allotek Industries’ Pyrus product line offers a wide range of dropsuit and weapon variants developed and manufactured in accordance with the corporation’s stringent guidelines to ensure that all products are worthy of carrying the Allotek quality guarantee.

Utilizing sub-licensed technology sourced from all across the cluster, Allotek Industries’ Pyrus product line offers a wide range of dropsuit and weapon variants developed and manufactured in accordance with the corporation’s stringent guidelines to ensure that all products are worthy of carrying the Allotek quality guarantee.

Utilizing sub-licensed technology sourced from all across the cluster, Allotek Industries’ Pyrus product line offers a wide range of dropsuit and weapon variants developed and manufactured in accordance with the corporation’s stringent guidelines to ensure that all products are worthy of carrying the Allotek quality guarantee.

Utilizing sub-licensed technology sourced from all across the cluster, Allotek Industries’ Pyrus product line offers a wide range of dropsuit and weapon variants developed and manufactured in accordance with the corporation’s stringent guidelines to ensure that all products are worthy of carrying the Allotek quality guarantee.

Utilizing sub-licensed technology sourced from all across the cluster, Allotek Industries’ Pyrus product line offers a wide range of dropsuit and weapon variants developed and manufactured in accordance with the corporation’s stringent guidelines to ensure that all products are worthy of carrying the Allotek quality guarantee.

Utilizing sub-licensed technology sourced from all across the cluster, Allotek Industries’ Pyrus product line offers a wide range of dropsuit and weapon variants developed and manufactured in accordance with the corporation’s stringent guidelines to ensure that all products are worthy of carrying the Allotek quality guarantee.

Utilizing sub-licensed technology sourced from all across the cluster, Allotek Industries’ Pyrus product line offers a wide range of dropsuit and weapon variants developed and manufactured in accordance with the corporation’s stringent guidelines to ensure that all products are worthy of carrying the Allotek quality guarantee.

Utilizing sub-licensed technology sourced from all across the cluster, Allotek Industries’ Pyrus product line offers a wide range of dropsuit and weapon variants developed and manufactured in accordance with the corporation’s stringent guidelines to ensure that all products are worthy of carrying the Allotek quality guarantee.

Utilizing sub-licensed technology sourced from all across the cluster, Allotek Industries’ Pyrus product line offers a wide range of dropsuit and weapon variants developed and manufactured in accordance with the corporation’s stringent guidelines to ensure that all products are worthy of carrying the Allotek quality guarantee.

Utilizing sub-licensed technology sourced from all across the cluster, Allotek Industries’ Pyrus product line offers a wide range of dropsuit and weapon variants developed and manufactured in accordance with the corporation’s stringent guidelines to ensure that all products are worthy of carrying the Allotek quality guarantee.

Utilizing sub-licensed technology sourced from all across the cluster, Allotek Industries’ Pyrus product line offers a wide range of dropsuit and weapon variants developed and manufactured in accordance with the corporation’s stringent guidelines to ensure that all products are worthy of carrying the Allotek quality guarantee.

Utilizing sub-licensed technology sourced from all across the cluster, Allotek Industries’ Pyrus product line offers a wide range of dropsuit and weapon variants developed and manufactured in accordance with the corporation’s stringent guidelines to ensure that all products are worthy of carrying the Allotek quality guarantee.

Utilizing sub-licensed technology sourced from all across the cluster, Allotek Industries’ Pyrus product line offers a wide range of dropsuit and weapon variants developed and manufactured in accordance with the corporation’s stringent guidelines to ensure that all products are worthy of carrying the Allotek quality guarantee.

Utilizing sub-licensed technology sourced from all across the cluster, Allotek Industries’ Pyrus product line offers a wide range of dropsuit and weapon variants developed and manufactured in accordance with the corporation’s stringent guidelines to ensure that all products are worthy of carrying the Allotek quality guarantee.

Utilizing sub-licensed technology sourced from all across the cluster, Allotek Industries’ Pyrus product line offers a wide range of dropsuit and weapon variants developed and manufactured in accordance with the corporation’s stringent guidelines to ensure that all products are worthy of carrying the Allotek quality guarantee.

Utilizing sub-licensed technology sourced from all across the cluster, Allotek Industries’ Pyrus product line offers a wide range of dropsuit and weapon variants developed and manufactured in accordance with the corporation’s stringent guidelines to ensure that all products are worthy of carrying the Allotek quality guarantee.

Utilizing sub-licensed technology sourced from all across the cluster, Allotek Industries’ Pyrus product line offers a wide range of dropsuit and weapon variants developed and manufactured in accordance with the corporation’s stringent guidelines to ensure that all products are worthy of carrying the Allotek quality guarantee.

Utilizing sub-licensed technology sourced from all across the cluster, Allotek Industries’ Pyrus product line offers a wide range of dropsuit and weapon variants developed and manufactured in accordance with the corporation’s stringent guidelines to ensure that all products are worthy of carrying the Allotek quality guarantee.

Utilizing sub-licensed technology sourced from all across the cluster, Allotek Industries’ Pyrus product line offers a wide range of dropsuit and weapon variants developed and manufactured in accordance with the corporation’s stringent guidelines to ensure that all products are worthy of carrying the Allotek quality guarantee.

Utilizing sub-licensed technology sourced from all across the cluster, Allotek Industries’ Pyrus product line offers a wide range of dropsuit and weapon variants developed and manufactured in accordance with the corporation’s stringent guidelines to ensure that all products are worthy of carrying the Allotek quality guarantee.

Utilizing sub-licensed technology sourced from all across the cluster, Allotek Industries’ Pyrus product line offers a wide range of dropsuit and weapon variants developed and manufactured in accordance with the corporation’s stringent guidelines to ensure that all products are worthy of carrying the Allotek quality guarantee.

Utilizing sub-licensed technology sourced from all across the cluster, Allotek Industries’ Pyrus product line offers a wide range of dropsuit and weapon variants developed and manufactured in accordance with the corporation’s stringent guidelines to ensure that all products are worthy of carrying the Allotek quality guarantee.

Utilizing sub-licensed technology sourced from all across the cluster, Allotek Industries’ Pyrus product line offers a wide range of dropsuit and weapon variants developed and manufactured in accordance with the corporation’s stringent guidelines to ensure that all products are worthy of carrying the Allotek quality guarantee.

Utilizing sub-licensed technology sourced from all across the cluster, Allotek Industries’ Pyrus product line offers a wide range of dropsuit and weapon variants developed and manufactured in accordance with the corporation’s stringent guidelines to ensure that all products are worthy of carrying the Allotek quality guarantee.

Utilizing sub-licensed technology sourced from all across the cluster, Allotek Industries’ Pyrus product line offers a wide range of dropsuit and weapon variants developed and manufactured in accordance with the corporation’s stringent guidelines to ensure that all products are worthy of carrying the Allotek quality guarantee.

Utilizing sub-licensed technology sourced from all across the cluster, Allotek Industries’ Pyrus product line offers a wide range of dropsuit and weapon variants developed and manufactured in accordance with the corporation’s stringent guidelines to ensure that all products are worthy of carrying the Allotek quality guarantee.

Utilizing sub-licensed technology sourced from all across the cluster, Allotek Industries’ Pyrus product line offers a wide range of dropsuit and weapon variants developed and manufactured in accordance with the corporation’s stringent guidelines to ensure that all products are worthy of carrying the Allotek quality guarantee.

Utilizing sub-licensed technology sourced from all across the cluster, Allotek Industries’ Pyrus product line offers a wide range of dropsuit and weapon variants developed and manufactured in accordance with the corporation’s stringent guidelines to ensure that all products are worthy of carrying the Allotek quality guarantee.

Utilizing sub-licensed technology sourced from all across the cluster, Allotek Industries’ Pyrus product line offers a wide range of dropsuit and weapon variants developed and manufactured in accordance with the corporation’s stringent guidelines to ensure that all products are worthy of carrying the Allotek quality guarantee.

Utilizing sub-licensed technology sourced from all across the cluster, Allotek Industries’ Pyrus product line offers a wide range of dropsuit and weapon variants developed and manufactured in accordance with the corporation’s stringent guidelines to ensure that all products are worthy of carrying the Allotek quality guarantee.

Utilizing sub-licensed technology sourced from all across the cluster, Allotek Industries’ Pyrus product line offers a wide range of dropsuit and weapon variants developed and manufactured in accordance with the corporation’s stringent guidelines to ensure that all products are worthy of carrying the Allotek quality guarantee.

Utilizing sub-licensed technology sourced from all across the cluster, Allotek Industries’ Pyrus product line offers a wide range of dropsuit and weapon variants developed and manufactured in accordance with the corporation’s stringent guidelines to ensure that all products are worthy of carrying the Allotek quality guarantee.

Utilizing sub-licensed technology sourced from all across the cluster, Allotek Industries’ Pyrus product line offers a wide range of dropsuit and weapon variants developed and manufactured in accordance with the corporation’s stringent guidelines to ensure that all products are worthy of carrying the Allotek quality guarantee.

Utilizing sub-licensed technology sourced from all across the cluster, Allotek Industries’ Pyrus product line offers a wide range of dropsuit and weapon variants developed and manufactured in accordance with the corporation’s stringent guidelines to ensure that all products are worthy of carrying the Allotek quality guarantee.

Utilizing sub-licensed technology sourced from all across the cluster, Allotek Industries’ Pyrus product line offers a wide range of dropsuit and weapon variants developed and manufactured in accordance with the corporation’s stringent guidelines to ensure that all products are worthy of carrying the Allotek quality guarantee.

Utilizing sub-licensed technology sourced from all across the cluster, Allotek Industries’ Pyrus product line offers a wide range of dropsuit and weapon variants developed and manufactured in accordance with the corporation’s stringent guidelines to ensure that all products are worthy of carrying the Allotek quality guarantee.

Utilizing sub-licensed technology sourced from all across the cluster, Allotek Industries’ Pyrus product line offers a wide range of dropsuit and weapon variants developed and manufactured in accordance with the corporation’s stringent guidelines to ensure that all products are worthy of carrying the Allotek quality guarantee.

Blaster technology harnesses magnetic containment fields to project superheated energy over short distances.

The railgun weaponizes velocity by using magnetic fields to accelerate projectiles to hypersonic speeds.

Blaster technology harnesses magnetic containment fields to project superheated energy over short distances.

The railgun weaponizes velocity by using magnetic fields to accelerate projectiles to hypersonic speeds.

Conceived by Duvolle Laboratories, a corporation best known for its ceaseless R&D, the G75-VLB solves many of the problems inherent in mass-manufactured plasma weapons. The result is a weapon that offers improved accuracy and greater containment field stability (which equates to faster, longer bursts of fire) than anything in its class. It is a magazine-fed, short-to-mid range weapon offering fully automatic fire. Charged plasma munitions are pumped into a cyclotron that converts the plasma into a highly lethal bolt before it is expelled from the chamber. Upon impact with the target, the magnetic field surrounding the bolt collapses, venting superheated plasma onto the contact point.

A gas-operated, short-barreled weapon, the combat rifle is a semi-automatic weapon well-suited to both short and medium range combat. Classified as a light support weapon, it is typically employed in target-rich environments where the high volume of fire produced enables operators to engage multiple targets in rapid succession, whilst the weapon’s extended range keeps the operator just beyond the threat threshold of most standard assault rifles. Its advanced bullpup configuration reduces weapon weight and improves maneuverability making it the ideal cross-over weapon for urban and field combat. The modular design has more practical advantages as well in that it’s cheap to maintain and easily replaced if damaged, making it one of the most reliable weapons in service today.

Adapted from Deep Core Mining Inc.'s proprietary technology, the DCMA S-1 subverts conventional expectations of what a man-portable anti-material weapons platform is capable of. Despite its excessive weight and extended recharge time, the “Forge Gun” as it has become known, is regarded as the most devastating infantry weapon on the battlefield, and an invaluable tool for those capable of wielding it. Powered by a Gemini microcapacitor, the forge gun utilizes a stored electric charge to fire kinetic slugs at speeds in excess of 7,000 m/s, enough to penetrate even augmented armor systems. During the pre-fire charge, the forward armature locks into position, stabilizing the magnetic field and helping to shield the user from backscatter and the excessive heat produced. Power generation remains the single largest drawback of the current design, the onboard capacitor requiring a significant amount of time to reach full power after each discharge.

A multi-barrel, rotary drive machine gun, the HMG is a singularly devastating anti-infantry weapon. Eschewing the advantages of a lighter frame in favor of stopping power, the exponentially increased heat and vibration produced by this Boundless Creation developed weapon makes it almost unbearable to fire. Yet despite this fact, its above average hit ratio and extreme rate of fire has earned it the nickname “Death's Engine.” Unlike earlier models, the weapon requires no spool up time; rounds are expelled the instant the trigger is pressed. This comes at the cost of initially reduced accuracy as the counter-rotating drives slowly align. Once fully aligned, however, the HMG produces a pinpoint stream of gunfire with unmatched killing potential.

The laser rifle is a continuous wave, medium range weapon. Targets are ‘painted’ with a high intensity beam that deals sustained, focused damage in a concentrated area to maximize damage potential. At the core of the weapon is the thermal cavity, within which an optic spacer converges and blends three individually pumped beams into a single coherent output. The additional distortion introduced by each beam results in weakened output at close range, but as the weapon warms up to mean operating temperature the wavelength stabilizes and the damage output increases significantly, producing a weapon of unmatched precision and lethality in mid-range combat. Heat build-up is typically managed by a self-regulating failsafe, a device used to forcibly shut the weapon off at regular intervals, flushing heat from its internal workings and preventing lethal feedback to the user, but most laser rifles in the field have been altered to bypass the built-in safety protocols.

The Mass Driver is a semi-automatic, multi-shot grenade launcher useful as both a breaching tool and area denial weapon. Firing smart HIND explosive rounds, the weapon is highly effective against all forms of dropsuit and light vehicle, while its lightweight frame and compact design make it easy to wield in both urban and open terrain engagements.

A close-quarters melee weapon, the nova knife is as deadly a weapon as anything on the battlefield. Its name derives from the heated plasma edge of the blade – formed by a thermal igniter and linear gravity condenser – that, in skilled hands, can be used to carve through even the thickest dropsuit armor.

The plasma cannon is a single-shot, direct-fire weapon developed by Allotek Industries primarily for use in urban operations and confined space combat. The dense plasma discharge it generates is highly unstable, decaying rapidly and venting sufficient heat and energy to severely damage targets caught within its critical emission radius. During the short pre-fire charge, ultracold plasma is prepared and then heated inside a magneto-core trap. Just prior to discharge, a small precursor projectile is fired that produces (and is ultimately consumed by) a short-lived trail that helps guide and contain the volatile discharge as it travels towards its target.

Part of Kaalakiota’s Stahl line of weaponry, the rail rifle is a fast-firing precision weapon designed for field operations where penetrative power and range are paramount. Developed using the corporation’s proprietary microscale technology, the rail rifle solves oversaturation issues endemic to sustained fire electromagnetic weaponry. However, its greater range and power are offset by a smaller magazine capacity and lower rate of fire than similarly classified weapons. The foregrip design aids stabilization and remains cool to the touch even during prolonged discharge where the barrel can exceed mean operating temperatures. Featuring a reinforced subassembly and compact, heavy-barrel design, the rail rifle is the premier fully automatic microscale weapon available today.

The scrambler rifle is a selective-fire weapon capable of semi-automatic and charged fire. Each shot produces a pulse of sinuous energy capable of penetrating shield and metal. By keeping pressure on the trigger, the operator can control the power of each discharge, scaling it to produce an intense pulse of energy fatal to soft targets. The added power output does come with downsides, most notably increased heat build-up; left unmanaged, thermal stresses age the focusing crystal prematurely, resulting in splintering and potentially lethal feedback. Despite this and several other issues – increased heft, poor reliability, and high manufacturing cost – the scrambler rifle is widely available and in service on battlefields clusterwide.

Designed for close-range combat, the shotgun is a spread weapon with tremendous stopping power. Unlike traditional cyclotron designs, a walled centrifugal well is used to simultaneously shunt dozens of plasma charges, generating a wide-pattern ‘kill spread' that is lethal over short distances. The excessive recoil produced by each discharge is absorbed by the pneumatic armature, allowing the weapon to be fired repeatedly without significant injury to the user. The operator controlled crank-action flushes coolant through the interior well before cycling additional rounds into the chamber.

Using microscale railgun technology, the sniper rifle effectively weaponizes velocity, putting an inert round downrange in excess of 2,500m/s. The standard round is a 2-inch ‘beehive' flechette, loaded automatically from a center-mount pack. The pack design eliminates user intervention and minimizes reload time while simultaneously allowing for future upgradeability; different ammunition configurations require nothing more than switching out the rifle's pack.

Missile launcher tech is comparatively unsophisticated. It's the missiles themselves and the supplementary tracking, targeting, and guidance systems comprising the delivery system that make missiles such deadly ordnance.

Missile launcher tech is comparatively unsophisticated. It's the missiles themselves and the supplementary tracking, targeting, and guidance systems comprising the delivery system that make missiles such deadly ordnance.

A mid-range anti-material weapon, the shoulder-mounted rocket launcher provides infantry squads with the means to effectively engage armored vehicles and installation gun emplacements. With pre-launch lock-on capabilities and intelligent swarm missiles, it is a man-portable system able to deliver devastating payloads against material targets. Key to its success is the swarm missile technology. Fired in salvos, each warhead is fitted with an onboard guidance controller, which introduces random deviations and unpredictable patterns into the swarm's flight path, allowing some, if not all, missiles in the salvo to defeat basic countermeasure systems.

The laser rifle is a continuous wave, medium range weapon. Targets are ‘painted’ with a high intensity beam that deals sustained, focused damage in a concentrated area to maximize damage potential. At the core of the weapon is the thermal cavity, within which an optic spacer converges and blends three individually pumped beams into a single coherent output. The additional distortion introduced by each beam results in weakened output at close range, but as the weapon warms up to mean operating temperature the wavelength stabilizes and the damage output increases significantly, producing a weapon of unmatched precision and lethality in mid-range combat. Heat build-up is typically managed by a self-regulating failsafe, a device used to forcibly shut the weapon off at regular intervals, flushing heat from its internal workings and preventing lethal feedback to the user, but most laser rifles in the field have been altered to bypass the built-in safety protocols.

The plasma cannon is a single-shot, direct-fire weapon developed by Allotek Industries primarily for use in urban operations and confined space combat. The dense plasma discharge it generates is highly unstable, decaying rapidly and venting sufficient heat and energy to severely damage targets caught within its critical emission radius. During the short pre-fire charge, ultracold plasma is prepared and then heated inside a magneto-core trap. Just prior to discharge, a small precursor projectile is fired that produces (and is ultimately consumed by) a short-lived trail that helps guide and contain the volatile discharge as it travels towards its target.

The flaylock is a snub-nosed pistol designed to fire one-inch direct attack missiles. Typically, the weapon is armed with pack-loaded dumbfire or seeker missiles effective against infantry and armored targets, but is fully compatible with a broad range of missile types, making it one of the most versatile sidearm weapons on the battlefield. Seeker missiles utilize pre-launch lock-on and rudimentary self-guidance to track designated targets, though finite propellant limits the practical engagement zone to short ranges. Although less effective against shielded targets, the tandem warhead allows penetration of armor layers before detonation, amplifying the effectiveness of the narrow fragment stream and maximizing each projectile’s lethality.

A mid-range anti-material weapon, the shoulder-mounted rocket launcher provides infantry squads with the means to effectively engage armored vehicles and installation gun emplacements. With pre-launch lock-on capabilities and intelligent swarm missiles, it is a man-portable system able to deliver devastating payloads against material targets. Key to its success is the swarm missile technology. Fired in salvos, each warhead is fitted with an onboard guidance controller, which introduces random deviations and unpredictable patterns into the swarm's flight path, allowing some, if not all, missiles in the salvo to defeat basic countermeasure systems.

A ruthlessly efficient close-quarters weapon, the ion pistol fires charged plasma munitions that rupture shields and scorch armor. Each discharge is enveloped in an electrostatic sheath that reduces field distortion and increases stability. The improved dispersion and stopping power is not without drawbacks though, as the higher density of each slug generates excessive heat, enough to seize the weapon if the rate of fire is not carefully controlled. By overriding internal temperature controls, the weapon can be overcharged to produce a focused, bulk discharge of sufficient lethality to instantly neutralize most soft targets. Caution is advised however, as each overcharged shot will shut down internal systems until the excess heat can be flushed from the weapon’s core.

A close-quarters melee weapon, the nova knife is as deadly a weapon as anything on the battlefield. Its name derives from the heated plasma edge of the blade – formed by a thermic igniter and linear gravity condenser – that, in skilled hands, can be used to carve through even the thickest dropsuit armor.

A mid-range anti-material weapon, the shoulder-mounted rocket launcher provides infantry squads with the means to effectively engage armored vehicles and installation gun emplacements. With pre-launch lock-on capabilities and intelligent swarm missiles, it is a man-portable system able to deliver devastating payloads against material targets. Key to its success is the swarm missile technology. Fired in salvos, each warhead is fitted with an onboard guidance controller, which introduces random deviations and unpredictable patterns into the swarm's flight path, allowing some, if not all, missiles in the salvo to defeat basic countermeasure systems.

The result of years of R&D, the bolt pistol is a high-impact handgun capable of firing kinetic projectiles with pinpoint accuracy. Building upon its copious experience with microscale rail weaponry, Kaalakiota has further refined the technology to produce what is commonly regarded as the most powerful handgun on the market. Central to its success is a smart sensor that bleeds off a minute amount of dropsuit energy at the moment of discharge, dissipating the sharp recoil impulse through the suit’s internal membrane and greatly reducing the peak force of each shot. This seemingly minor innovation is what makes accurate fire of the weapon possible without the need for an external mounting.

The scrambler rifle is a selective-fire weapon capable of semi-automatic and charged fire. Each shot produces a pulse of sinuous energy capable of penetrating shield and metal. By keeping pressure on the trigger, the operator can control the power of each discharge, scaling it to produce an intense pulse of energy fatal to soft targets. The added power output does come with downsides, most notably increased heat build-up; left unmanaged, thermal stresses age the focusing crystal prematurely, resulting in splintering and potentially lethal feedback. Despite this and several other issues – increased heft, poor reliability, and high manufacturing cost – the scrambler rifle is widely available and in service on battlefields clusterwide.

The Locus is a timed-fuse fragmentation explosive that is highly effective against dropsuit armor.

The AV grenade is a high-explosive homing charge that automatically targets any hostile vehicle within its seek range.

The Scrambler is a semi-automatic pistol originally designed and manufactured by Carthum Conglomerate. A small-scale directed energy weapon, it produces a laser-induced plasma channel capable of dealing short-range pin-point damage to a target. Power consumption is excessive, but is addressed via a rear-loaded fuel cell, allowing cells to be exchanged quickly and easily once exhausted. Moreover, advances in the polymers used in the weapon's construction have greatly reduced heat build-up and improved heat dissipation, resulting in improved reliability over earlier modules.

The scrambler rifle is a selective-fire weapon capable of semi-automatic and charged fire. Each shot produces a pulse of sinuous energy capable of penetrating shield and metal. By keeping pressure on the trigger, the operator can control the power of each discharge, scaling it to produce an intense pulse of energy fatal to soft targets. The added power output does come with downsides, most notably increased heat build-up; left unmanaged, thermal stresses age the focusing crystal prematurely, resulting in splintering and potentially lethal feedback. Despite this and several other issues – increased heft, poor reliability, and high manufacturing cost – the scrambler rifle is widely available and in service on battlefields clusterwide.

The Flux grenade is a hand-thrown wave shaper designed to destroy low-level electronic equipment and disrupt shielding.

The flaylock is a snub-nosed pistol designed to fire one-inch direct attack missiles. Typically, the weapon is armed with pack-loaded dumbfire or seeker missiles effective against infantry and armored targets, but is fully compatible with a broad range of missile types, making it one of the most versatile sidearm weapons on the battlefield. Seeker missiles utilize pre-launch lock-on and rudimentary self-guidance to track designated targets, though finite propellant limits the practical engagement zone to short ranges. Although less effective against shielded targets, the tandem warhead allows penetration of armor layers before detonation, amplifying the effectiveness of the narrow fragment stream and maximizing each projectile’s lethality.

The magsec is a semi-automatic firearm capable of sustained, accurate fire at ranges beyond what conventional sidearms can offer. A high-speed slider feeds current to a magazine of hyper velocity projectiles that are discharged with minimal separation, maximizing energy efficiency and reducing flux shear to produce a weapon with lethal kinetic potential. Having overcome early reliability issues, manufacturers have since taken advantage of the weapon’s modular design; the magsec has been made available in multiple combat configurations – including optical sights and silenced operation – and is in widespread service throughout the cluster.

Favoring function over form, the SMG is a lightweight, semi-automatic weapon designed for close-quarters combat. What it lacks in stopping power and accuracy it grossly overcompensates for with quantity. Designed to injure and impede, the hailstorm of bullets the SMG produces is most effective in tight spaces against multiple targets. This original design is a paradigm of Minmatar construction. An inelegant, but reliable weapon solution that is simple to produce, easily repaired using almost any available materials, and provides comparable pound-for-pound performance with similar sub-automatic weapons. Although an unabashedly low-tech weapon, it excels at what it was designed for: killing anything right in front of you.

Blaster technology harnesses magnetic containment fields to project superheated energy over short distances.

The railgun weaponizes velocity by using magnetic fields to accelerate projectiles to hypersonic speeds.

Favoring function over form, the SMG is a lightweight, semi-automatic weapon designed for close-quarters combat. What it lacks in stopping power and accuracy it grossly overcompensates for with quantity. Designed to injure and impede, the hailstorm of bullets the SMG produces is most effective in tight spaces against multiple targets. This original design is a paradigm of Minmatar construction. An inelegant, but reliable weapon solution that is simple to produce, easily repaired using almost any available materials, and provides comparable pound-for-pound performance with similar sub-automatic weapons. Although an unabashedly low-tech weapon, it excels at what it was designed for: killing anything right in front of you.

The flaylock is a snub-nosed pistol designed to fire one-inch direct attack missiles. Typically, the weapon is armed with pack-loaded dumbfire or seeker missiles effective against infantry and armored targets, but is fully compatible with a broad range of missile types, making it one of the most versatile sidearm weapons on the battlefield. Seeker missiles utilize pre-launch lock-on and rudimentary self-guidance to track designated targets, though finite propellant limits the practical engagement zone to short ranges. Although less effective against shielded targets, the tandem warhead allows penetration of armor layers before detonation, amplifying the effectiveness of the narrow fragment stream and maximizing each projectile’s lethality.

A multi-barrel, rotary drive machine gun, the HMG is a singularly devastating anti-infantry weapon. Eschewing the advantages of a lighter frame in favor of stopping power, the exponentially increased heat and vibration produced by this Boundless Creation developed weapon makes it almost unbearable to fire. Yet despite this fact, its above average hit ratio and extreme rate of fire has earned it the nickname “Death's Engine.” Unlike earlier models, the weapon requires no spool up time; rounds are expelled the instant the trigger is pressed. This comes at the cost of initially reduced accuracy as the counter-rotating drives slowly align. Once fully aligned, however, the HMG produces a pinpoint stream of gunfire with unmatched killing potential.

Conceived by Duvolle Laboratories, a corporation best known for its ceaseless R&D, the G75-VLB solves many of the problems inherent in mass-manufactured plasma weapons. The result is a weapon that offers improved accuracy and greater containment field stability (which equates to faster, longer bursts of fire) than anything in its class. It is a magazine-fed, short-to-mid range weapon offering fully automatic fire. Charged plasma munitions are pumped into a cyclotron that converts the plasma into a highly lethal bolt before it is expelled from the chamber. Upon impact with the target, the magnetic field surrounding the bolt collapses, venting superheated plasma onto the contact point.

The scrambler rifle is a selective-fire weapon capable of semi-automatic and charged fire. Each shot produces a pulse of sinuous energy capable of penetrating shield and metal. By keeping pressure on the trigger, the operator can control the power of each discharge, scaling it to produce an intense pulse of energy fatal to soft targets. The added power output does come with downsides, most notably increased heat build-up; left unmanaged, thermal stresses age the focusing crystal prematurely, resulting in splintering and potentially lethal feedback. Despite this and several other issues – increased heft, poor reliability, and high manufacturing cost – the scrambler rifle is widely available and in service on battlefields clusterwide.

Adapted from Deep Core Mining Inc.'s proprietary technology, the DCMA S-1 subverts conventional expectations of what a man-portable anti-material weapons platform is capable of. Despite its excessive weight and extended recharge time, the “Forge Gun” as it has become known, is regarded as the most devastating infantry weapon on the battlefield, and an invaluable tool for those capable of wielding it. Powered by a Gemini microcapacitor, the forge gun utilizes a stored electric charge to fire kinetic slugs at speeds in excess of 7,000 m/s, enough to penetrate even augmented armor systems. During the pre-fire charge, the forward armature locks into position, stabilizing the magnetic field and helping to shield the user from backscatter and the excessive heat produced. Power generation remains the single largest drawback of the current design, the onboard capacitor requiring a significant amount of time to reach full power after each discharge.

Using microscale railgun technology, the sniper rifle effectively weaponizes velocity, putting an inert round downrange in excess of 2,500m/s. The standard round is a 2-inch ‘beehive' flechette, loaded automatically from a center-mount pack. The pack design eliminates user intervention and minimizes reload time while simultaneously allowing for future upgradeability; different ammunition configurations require nothing more than switching out the rifle's pack.

The Scrambler is a semi-automatic pistol originally designed and manufactured by Carthum Conglomerate. A small-scale directed energy weapon, it produces a laser-induced plasma channel capable of dealing short-range pin-point damage to a target. Power consumption is excessive, but is addressed via a rear-loaded fuel cell, allowing cells to be exchanged quickly and easily once exhausted. Moreover, advances in the polymers used in the weapon's construction have greatly reduced heat build-up and improved heat dissipation, resulting in improved reliability over earlier modules.

Due to its simple construction and readily available parts, the SMG has undergone a host of re-designs since it was introduced to the market. This particular modification was first popularized years ago by criminal organizations in the Curse region but ultimately fell out of favor, replaced by newer, more sophisticated weaponry. Cheap, reliable and as lethal as ever, it has regained popularity, this time in the hands of cloned soldiers on battlefields throughout New Eden.

The laser rifle is a continuous wave, medium range weapon. Targets are ‘painted’ with a high intensity beam that deals sustained, focused damage in a concentrated area to maximize damage potential. At the core of the weapon is the thermal cavity, within which an optic spacer converges and blends three individually pumped beams into a single coherent output. The additional distortion introduced by each beam results in weakened output at close range, but as the weapon warms up to mean operating temperature the wavelength stabilizes and the damage output increases significantly, producing a weapon of unmatched precision and lethality in mid-range combat. Heat build-up is typically managed by a self-regulating failsafe, a device used to forcibly shut the weapon off at regular intervals, flushing heat from its internal workings and preventing lethal feedback to the user, but most laser rifles in the field have been altered to bypass the built-in safety protocols.

The Scrambler is a semi-automatic pistol originally designed and manufactured by Carthum Conglomerate. A small-scale directed energy weapon, it produces a laser-induced plasma channel capable of dealing short-range pin-point damage to a target. Power consumption is excessive, but is addressed via a rear-loaded fuel cell, allowing cells to be exchanged quickly and easily once exhausted. Moreover, advances in the polymers used in the weapon's construction have greatly reduced heat build-up and improved heat dissipation, resulting in improved reliability over earlier modules.

The scrambler rifle is a selective-fire weapon capable of semi-automatic and charged fire. Each shot produces a pulse of sinuous energy capable of penetrating shield and metal. By keeping pressure on the trigger, the operator can control the power of each discharge, scaling it to produce an intense pulse of energy fatal to soft targets. The added power output does come with downsides, most notably increased heat build-up; left unmanaged, thermal stresses age the focusing crystal prematurely, resulting in splintering and potentially lethal feedback. Despite this and several other issues – increased heft, poor reliability, and high manufacturing cost – the scrambler rifle is widely available and in service on battlefields clusterwide.

Adapted from Deep Core Mining Inc.'s proprietary technology, the DCMA S-1 subverts conventional expectations of what a man-portable anti-material weapons platform is capable of. Despite its excessive weight and extended recharge time, the “Forge Gun” as it has become known, is regarded as the most devastating infantry weapon on the battlefield, and an invaluable tool for those capable of wielding it. Powered by a Gemini microcapacitor, the forge gun utilizes a stored electric charge to fire kinetic slugs at speeds in excess of 7,000 m/s, enough to penetrate even augmented armor systems. During the pre-fire charge, the forward armature locks into position, stabilizing the magnetic field and helping to shield the user from backscatter and the excessive heat produced. Power generation remains the single largest drawback of the current design, the onboard capacitor requiring a significant amount of time to reach full power after each discharge.

A modified version of the widely adopted Federation weapon, the Toxin is a fully-automatic rifle adapted to fire doped plasma slugs. A questionable design that many would agree offers little benefit beyond increasing a victim’s discomfort as contaminants spread through the system, liquefying internal organs and disrupting nanite helixes in the bloodstream, causing the subunits to go haywire and attack the body they’re designed to sustain.

A modified version of the Republic’s seminal light weapon, the Toxin is a semi-automatic pistol adapted to fire doped slugs. A questionable design that many would agree offers little benefit beyond increasing a victim’s discomfort as contaminants spread through the system, liquefying internal organs and disrupting nanite helixes in the bloodstream, causing the subunits to go haywire and attack the body they’re designed to sustain.

The Mass Driver is a semi-automatic, multi-shot grenade launcher useful as both a breaching tool and area denial weapon. Firing smart HIND explosive rounds, the weapon is highly effective against all forms of dropsuit and light vehicle, while its lightweight frame and compact design make it easy to wield in both urban and open terrain engagements.

The Locus is a timed-fuse fragmentation explosive that is highly effective against dropsuit armor.

A ruthlessly efficient close-quarters weapon, the ion pistol fires charged plasma munitions that rupture shields and scorch armor. Each discharge is enveloped in an electrostatic sheath that reduces field distortion and increases stability. The improved dispersion and stopping power is not without drawbacks though, as the higher density of each slug generates excessive heat, enough to seize the weapon if the rate of fire is not carefully controlled. By overriding internal temperature controls, the weapon can be overcharged to produce a focused, bulk discharge of sufficient lethality to instantly neutralize most soft targets. Caution is advised however, as each overcharged shot will shut down internal systems until the excess heat can be flushed from the weapon’s core.

The AV grenade is a high-explosive homing charge that automatically targets any hostile vehicle within its seek range.

A mid-range anti-material weapon, the shoulder-mounted rocket launcher provides infantry squads with the means to effectively engage armored vehicles and installation gun emplacements. With pre-launch lock-on capabilities and intelligent swarm missiles, it is a man-portable system able to deliver devastating payloads against material targets. Key to its success is the swarm missile technology. Fired in salvos, each warhead is fitted with an onboard guidance controller, which introduces random deviations and unpredictable patterns into the swarm's flight path, allowing some, if not all, missiles in the salvo to defeat basic countermeasure systems.

A ruthlessly efficient close-quarters weapon, the ion pistol fires charged plasma munitions that rupture shields and scorch armor. Each discharge is enveloped in an electrostatic sheath that reduces field distortion and increases stability. The improved dispersion and stopping power is not without drawbacks though, as the higher density of each slug generates excessive heat, enough to seize the weapon if the rate of fire is not carefully controlled. By overriding internal temperature controls, the weapon can be overcharged to produce a focused, bulk discharge of sufficient lethality to instantly neutralize most soft targets. Caution is advised however, as each overcharged shot will shut down internal systems until the excess heat can be flushed from the weapon’s core.

A gas-operated, short-barreled weapon, the combat rifle is a semi-automatic weapon well-suited to both short and medium range combat. Classified as a light support weapon, it is typically employed in target-rich environments where the high volume of fire produced enables operators to engage multiple targets in rapid succession, whilst the weapon’s extended range keeps the operator just beyond the threat threshold of most standard assault rifles. Its advanced bullpup configuration reduces weapon weight and improves maneuverability making it the ideal cross-over weapon for urban and field combat. The modular design has more practical advantages as well in that it’s cheap to maintain and easily replaced if damaged, making it one of the most reliable weapons in service today.

Blaster technology harnesses magnetic containment fields to project superheated energy over short distances.

Part of Kaalakiota’s Stahl line of weaponry, the rail rifle is a fast-firing precision weapon designed for field operations where penetrative power and range are paramount. Developed using the corporation’s proprietary microscale technology, the rail rifle solves oversaturation issues endemic to sustained fire electromagnetic weaponry. However, its greater range and power are offset by a smaller magazine capacity and lower rate of fire than similarly classified weapons. The foregrip design aids stabilization and remains cool to the touch even during prolonged discharge where the barrel can exceed mean operating temperatures. Featuring a reinforced subassembly and compact, heavy-barrel design, the rail rifle is the premier fully automatic microscale weapon available today.

Blaster technology harnesses magnetic containment fields to project superheated energy over short distances.

Blaster technology harnesses magnetic containment fields to project superheated energy over short distances.

Blaster technology harnesses magnetic containment fields to project superheated energy over short distances.

Blaster technology harnesses magnetic containment fields to project superheated energy over short distances.

The railgun weaponizes velocity by using magnetic fields to accelerate projectiles to hypersonic speeds.

The railgun weaponizes velocity by using magnetic fields to accelerate projectiles to hypersonic speeds.

The railgun weaponizes velocity by using magnetic fields to accelerate projectiles to hypersonic speeds.

Blaster technology harnesses magnetic containment fields to project superheated energy over short distances.

Blaster technology harnesses magnetic containment fields to project superheated energy over short distances.

The railgun weaponizes velocity by using magnetic fields to accelerate projectiles to hypersonic speeds.

The railgun weaponizes velocity by using magnetic fields to accelerate projectiles to hypersonic speeds.

The railgun weaponizes velocity by using magnetic fields to accelerate projectiles to hypersonic speeds.

The railgun weaponizes velocity by using magnetic fields to accelerate projectiles to hypersonic speeds.

The railgun weaponizes velocity by using magnetic fields to accelerate projectiles to hypersonic speeds.

The railgun weaponizes velocity by using magnetic fields to accelerate projectiles to hypersonic speeds.

Blaster technology harnesses magnetic containment fields to project superheated energy over short distances.

Blaster technology harnesses magnetic containment fields to project superheated energy over short distances.

Blaster technology harnesses magnetic containment fields to project superheated energy over short distances.

Blaster technology harnesses magnetic containment fields to project superheated energy over short distances.

Blaster technology harnesses magnetic containment fields to project superheated energy over short distances.

Blaster technology harnesses magnetic containment fields to project superheated energy over short distances.

The railgun weaponizes velocity by using magnetic fields to accelerate projectiles to hypersonic speeds.

The railgun weaponizes velocity by using magnetic fields to accelerate projectiles to hypersonic speeds.

The railgun weaponizes velocity by using magnetic fields to accelerate projectiles to hypersonic speeds.

Blaster technology harnesses magnetic containment fields to project superheated energy over short distances.

Blaster technology harnesses magnetic containment fields to project superheated energy over short distances.

Blaster technology harnesses magnetic containment fields to project superheated energy over short distances.

Blaster technology harnesses magnetic containment fields to project superheated energy over short distances.

The railgun weaponizes velocity by using magnetic fields to accelerate projectiles to hypersonic speeds.

The railgun weaponizes velocity by using magnetic fields to accelerate projectiles to hypersonic speeds.

The railgun weaponizes velocity by using magnetic fields to accelerate projectiles to hypersonic speeds.

Blaster technology harnesses magnetic containment fields to project superheated energy over short distances.

Blaster technology harnesses magnetic containment fields to project superheated energy over short distances.

The railgun weaponizes velocity by using magnetic fields to accelerate projectiles to hypersonic speeds.

The railgun weaponizes velocity by using magnetic fields to accelerate projectiles to hypersonic speeds.

The railgun weaponizes velocity by using magnetic fields to accelerate projectiles to hypersonic speeds.

The railgun weaponizes velocity by using magnetic fields to accelerate projectiles to hypersonic speeds.

The railgun weaponizes velocity by using magnetic fields to accelerate projectiles to hypersonic speeds.

The railgun weaponizes velocity by using magnetic fields to accelerate projectiles to hypersonic speeds.

Blaster technology harnesses magnetic containment fields to project superheated energy over short distances.

Blaster technology harnesses magnetic containment fields to project superheated energy over short distances.

Blaster technology harnesses magnetic containment fields to project superheated energy over short distances.

Blaster technology harnesses magnetic containment fields to project superheated energy over short distances.

Blaster technology harnesses magnetic containment fields to project superheated energy over short distances.

Blaster technology harnesses magnetic containment fields to project superheated energy over short distances.

The railgun weaponizes velocity by using magnetic fields to accelerate projectiles to hypersonic speeds.

The railgun weaponizes velocity by using magnetic fields to accelerate projectiles to hypersonic speeds.

The railgun weaponizes velocity by using magnetic fields to accelerate projectiles to hypersonic speeds.

Adapted from Deep Core Mining Inc.'s proprietary technology, the DCMA S-1 subverts conventional expectations of what a man-portable anti-material weapons platform is capable of. Despite its excessive weight and extended recharge time, the “Forge Gun” as it has become known, is regarded as the most devastating infantry weapon on the battlefield, and an invaluable tool for those capable of wielding it. Powered by a Gemini microcapacitor, the forge gun utilizes a stored electric charge to fire kinetic slugs at speeds in excess of 7,000 m/s, enough to penetrate even augmented armor systems. During the pre-fire charge, the forward armature locks into position, stabilizing the magnetic field and helping to shield the user from backscatter and the excessive heat produced. Power generation remains the single largest drawback of the current design, the onboard capacitor requiring a significant amount of time to reach full power after each discharge.

A mid-range anti-material weapon, the shoulder-mounted rocket launcher provides infantry squads with the means to effectively engage armored vehicles and installation gun emplacements. With pre-launch lock-on capabilities and intelligent swarm missiles, it is a man-portable system able to deliver devastating payloads against material targets. Key to its success is the swarm missile technology. Fired in salvos, each warhead is fitted with an onboard guidance controller, which introduces random deviations and unpredictable patterns into the swarm's flight path, allowing some, if not all, missiles in the salvo to defeat basic countermeasure systems.

Conceived by Duvolle Laboratories, a corporation best known for its ceaseless R&D, the G75-VLB solves many of the problems inherent in mass-manufactured plasma weapons. The result is a weapon that offers improved accuracy and greater containment field stability (which equates to faster, longer bursts of fire) than anything in its class. It is a magazine-fed, short-to-mid range weapon offering fully automatic fire. Charged plasma munitions are pumped into a cyclotron that converts the plasma into a highly lethal bolt before it is expelled from the chamber. Upon impact with the target, the magnetic field surrounding the bolt collapses, venting superheated plasma onto the contact point.

Conceived by Duvolle Laboratories, a corporation best known for its ceaseless R&D, the G75-VLB solves many of the problems inherent in mass-manufactured plasma weapons. The result is a weapon that offers improved accuracy and greater containment field stability (which equates to faster, longer bursts of fire) than anything in its class. It is a magazine-fed, short-to-mid range weapon offering fully automatic fire. Charged plasma munitions are pumped into a cyclotron that converts the plasma into a highly lethal bolt before it is expelled from the chamber. Upon impact with the target, the magnetic field surrounding the bolt collapses, venting superheated plasma onto the contact point.

Adapted from Deep Core Mining Inc.'s proprietary technology, the DCMA S-1 subverts conventional expectations of what a man-portable anti-material weapons platform is capable of. Despite its excessive weight and extended recharge time, the “Forge Gun” as it has become known, is regarded as the most devastating infantry weapon on the battlefield, and an invaluable tool for those capable of wielding it. Powered by a Gemini microcapacitor, the Forge Gun utilizes a stored electric charge to fire kinetic slugs at speeds in excess of 7,000 m/s, enough to penetrate even augmented armor systems. During the pre-fire charge, the forward armature locks into position, stabilizing the magnetic field and helping to shield the user from backscatter and the excessive heat produced. Power generation remains the single largest drawback of the current design, the onboard capacitor requiring a significant amount of time to reach full power after each discharge.

A multi-barrel, rotary drive machine gun, the HMG is a singularly devastating anti-infantry weapon. Eschewing the advantages of a lighter frame in favor of stopping power, the exponentially increased heat and vibration produced by this Boundless Creation developed weapon makes it almost unbearable to fire. Yet despite this fact, its above average hit ratio and extreme rate of fire has earned it the nickname “Death's Engine.” Unlike earlier models, the weapon requires no spool up time; rounds are expelled the instant the trigger is pressed. This comes at the cost of initially reduced accuracy as the counter-rotating drives slowly align. Once fully aligned, however, the HMG produces a pinpoint stream of gunfire with unmatched killing potential.

The laser rifle is a continuous wave, medium range weapon equally effective against infantry and vehicles. Targets are ‘painted' with a high intensity beam that deals sustained, focused damage in a concentrated area to maximize damage potential. At the core of the weapon is the thermal cavity, within which an optic spacer converges and blends three individually pumped beams into a single coherent output. The additional distortion introduced by each beam results in weakened output initially, but as the weapon warms up to mean operating temperature, the wavelength stabilizes and the damage output increases significantly. Heat build-up is typically managed by a self-regulating failsafe, a device used to forcibly shut the weapon off at regular intervals, flushing heat from its internal workings and preventing lethal feedback to the user, but most laser rifles in the field have been altered to bypass the built-in safety protocols.

The Mass Driver is a semi-automatic, multi-shot grenade launcher useful as both a breaching tool and area denial weapon. Firing smart HIND explosive rounds, the weapon is highly effective against all forms of dropsuit and light vehicle, while its lightweight frame and compact design make it easy to wield in both urban and open terrain engagements.

Designed for close-range combat, the shotgun is a spread weapon with tremendous stopping power. Unlike traditional cyclotron designs, a walled centrifugal well is used to simultaneously shunt dozens of plasma charges, generating a wide-pattern ‘kill spread' that is lethal over short distances. The excessive recoil produced by each discharge is absorbed by the pneumatic armature, allowing the weapon to be fired repeatedly without significant injury to the user. The operator controlled crank-action flushes coolant through the interior well before cycling additional rounds into the chamber.

Using microscale railgun technology, the sniper rifle effectively weaponizes velocity, putting an inert round downrange in excess of 2,500m/s. The standard round is a 2-inch ‘beehive' flechette, loaded automatically from a center-mount pack. The pack design eliminates user intervention and minimizes reload time while simultaneously allowing for future upgradeability; different ammunition configurations require nothing more than switching out the rifle's pack.

A mid-range anti-material weapon, the shoulder-mounted rocket launcher provides infantry squads with the means to effectively engage armored vehicles and installation gun emplacements. With pre-launch lock-on capabilities and intelligent swarm missiles, it is a man-portable system able to deliver devastating payloads against material targets. Key to its success is the swarm missile technology. Fired in salvos, each warhead is fitted with an onboard guidance controller, which introduces random deviations and unpredictable patterns into the swarm's flight path, allowing some, if not all, missiles in the salvo to defeat basic countermeasure systems.

The Mass Driver is a semi-automatic, multi-shot grenade launcher useful as both a breaching tool and area denial weapon. Firing smart HIND explosive rounds, the weapon is highly effective against all forms of dropsuit and light vehicle, while its lightweight frame and compact design make it easy to wield in both urban and open terrain engagements.

A rare weapon salvaged from the battlefield

A multi-barrel, rotary drive machine gun, the HMG is a singularly devastating anti-infantry weapon. Eschewing the advantages of a lighter frame in favor of stopping power, the exponentially increased heat and vibration produced by this Boundless Creation developed weapon makes it almost unbearable to fire. Yet despite this fact, its above average hit ratio and extreme rate of fire has earned it the nickname “Death's Engine.” Unlike earlier models, the weapon requires no spool up time; rounds are expelled the instant the trigger is pressed. This comes at the cost of initially reduced accuracy as the counter-rotating drives slowly align. Once fully aligned, however, the HMG produces a pinpoint stream of gunfire with unmatched killing potential.

Adapted from Deep Core Mining Inc.'s proprietary technology, the DCMA S-1 subverts conventional expectations of what a man-portable anti-material weapons platform is capable of. Despite its excessive weight and extended recharge time, the “Forge Gun” as it has become known, is regarded as the most devastating infantry weapon on the battlefield, and an invaluable tool for those capable of wielding it. Powered by a Gemini microcapacitor, the forge gun utilizes a stored electric charge to fire kinetic slugs at speeds in excess of 7,000 m/s, enough to penetrate even augmented armor systems. During the pre-fire charge, the forward armature locks into position, stabilizing the magnetic field and helping to shield the user from backscatter and the excessive heat produced. Power generation remains the single largest drawback of the current design, the onboard capacitor requiring a significant amount of time to reach full power after each discharge.

Designed for close-range combat, the shotgun is a spread weapon with tremendous stopping power. Unlike traditional cyclotron designs, a walled centrifugal well is used to simultaneously shunt dozens of plasma charges, generating a wide-pattern ‘kill spread' that is lethal over short distances. The excessive recoil produced by each discharge is absorbed by the pneumatic armature, allowing the weapon to be fired repeatedly without significant injury to the user. The operator controlled crank-action flushes coolant through the interior well before cycling additional rounds into the chamber.

Conceived by Duvolle Laboratories, a corporation best known for its ceaseless R&D, the G75-VLB solves many of the problems inherent in mass-manufactured plasma weapons. The result is a weapon that offers improved accuracy and greater containment field stability (which equates to faster, longer bursts of fire) than anything in its class. It is a magazine-fed, short-to-mid range weapon offering fully automatic fire. Charged plasma munitions are pumped into a cyclotron that converts the plasma into a highly lethal bolt before it is expelled from the chamber. Upon impact with the target, the magnetic field surrounding the bolt collapses, venting superheated plasma onto the contact point.

The Flux grenade is a hand-thrown wave shaper designed to destroy low-level electronic equipment and disrupt shielding.

The plasma cannon is a single-shot, direct-fire weapon developed by Allotek Industries primarily for use in urban operations and confined space combat. The dense plasma discharge it generates is highly unstable, decaying rapidly and venting sufficient heat and energy to severely damage targets caught within its critical emission radius. During the short pre-fire charge, ultracold plasma is prepared and then heated inside a magneto-core trap. Just prior to discharge, a small precursor projectile is fired that produces (and is ultimately consumed by) a short-lived trail that helps guide and contain the volatile discharge as it travels towards its target.

A Turret

A Turret

A Turret

A Turret

A Turret

The railgun weaponizes velocity by using magnetic fields to accelerate projectiles to hypersonic speeds.

A gas-operated, short-barreled weapon, the combat rifle is a semi-automatic weapon well-suited to both short and medium range combat. Classified as a light support weapon, it is typically employed in target-rich environments where the high volume of fire produced enables operators to engage multiple targets in rapid succession, whilst the weapon’s extended range keeps the operator just beyond the threat threshold of most standard assault rifles. Its advanced bullpup configuration reduces weapon weight and improves maneuverability making it the ideal cross-over weapon for urban and field combat. The modular design has more practical advantages as well in that it’s cheap to maintain and easily replaced if damaged, making it one of the most reliable weapons in service today.

Adapted from Deep Core Mining Inc.'s proprietary technology, the DCMA S-1 subverts conventional expectations of what a man-portable anti-material weapons platform is capable of. Despite its excessive weight and extended recharge time, the “Forge Gun” as it has become known, is regarded as the most devastating infantry weapon on the battlefield, and an invaluable tool for those capable of wielding it. Powered by a Gemini microcapacitor, the forge gun utilizes a stored electric charge to fire kinetic slugs at speeds in excess of 7,000 m/s, enough to penetrate even augmented armor systems. During the pre-fire charge, the forward armature locks into position, stabilizing the magnetic field and helping to shield the user from backscatter and the excessive heat produced. Power generation remains the single largest drawback of the current design, the onboard capacitor requiring a significant amount of time to reach full power after each discharge.

A multi-barrel, rotary drive machine gun, the HMG is a singularly devastating anti-infantry weapon. Eschewing the advantages of a lighter frame in favor of stopping power, the exponentially increased heat and vibration produced by this Boundless Creation developed weapon makes it almost unbearable to fire. Yet despite this fact, its above average hit ratio and extreme rate of fire has earned it the nickname “Death's Engine.” Unlike earlier models, the weapon requires no spool up time; rounds are expelled the instant the trigger is pressed. This comes at the cost of initially reduced accuracy as the counter-rotating drives slowly align. Once fully aligned, however, the HMG produces a pinpoint stream of gunfire with unmatched killing potential.

The Mass Driver is a semi-automatic, multi-shot grenade launcher useful as both a breaching tool and area denial weapon. Firing smart HIND explosive rounds, the weapon is highly effective against all forms of dropsuit and light vehicle, while its lightweight frame and compact design make it easy to wield in both urban and open terrain engagements.

Part of Kaalakiota’s Stahl line of weaponry, the rail rifle is a fast-firing precision weapon designed for field operations where penetrative power and range are paramount. Developed using the corporation’s proprietary microscale technology, the rail rifle solves oversaturation issues endemic to sustained fire electromagnetic weaponry. However, its greater range and power are offset by a smaller magazine capacity and lower rate of fire than similarly classified weapons. The foregrip design aids stabilization and remains cool to the touch even during prolonged discharge where the barrel can exceed mean operating temperatures. Featuring a reinforced subassembly and compact, heavy-barrel design, the rail rifle is the premier fully automatic microscale weapon available today.

Conceived by Duvolle Laboratories, a corporation best known for its ceaseless R&D, the G75-VLB solves many of the problems inherent in mass-manufactured plasma weapons. The result is a weapon that offers improved accuracy and greater containment field stability (which equates to faster, longer bursts of fire) than anything in its class. It is a magazine-fed, short-to-mid range weapon offering fully automatic fire. Charged plasma munitions are pumped into a cyclotron that converts the plasma into a highly lethal bolt before it is expelled from the chamber. Upon impact with the target, the magnetic field surrounding the bolt collapses, venting superheated plasma onto the contact point.

The Scrambler is a semi-automatic pistol originally designed and manufactured by Carthum Conglomerate. A small-scale directed energy weapon, it produces a laser-induced plasma channel capable of dealing short-range pin-point damage to a target. Power consumption is excessive, but is addressed via a rear-loaded fuel cell, allowing cells to be exchanged quickly and easily once exhausted. Moreover, advances in the polymers used in the weapon's construction have greatly reduced heat build-up and improved heat dissipation, resulting in improved reliability over earlier modules.

The scrambler rifle is a selective-fire weapon capable of semi-automatic and charged fire. Each shot produces a pulse of sinuous energy capable of penetrating shield and metal. By keeping pressure on the trigger, the operator can control the power of each discharge, scaling it to produce an intense pulse of energy fatal to soft targets. The added power output does come with downsides, most notably increased heat build-up; left unmanaged, thermal stresses age the focusing crystal prematurely, resulting in splintering and potentially lethal feedback. Despite this and several other issues – increased heft, poor reliability, and high manufacturing cost – the scrambler rifle is widely available and in service on battlefields clusterwide.

Favoring function over form, the SMG is a lightweight, semi-automatic weapon designed for close-quarters combat. What it lacks in stopping power and accuracy it grossly overcompensates for with quantity. Designed to injure and impede, the hailstorm of bullets the SMG produces is most effective in tight spaces against multiple targets. This original design is a paradigm of Minmatar construction. An inelegant, but reliable weapon solution that is simple to produce, easily repaired using almost any available materials, and provides comparable pound-for-pound performance with similar sub-automatic weapons. Although an unabashedly low-tech weapon, it excels at what it was designed for: killing anything right in front of you.

A mid-range anti-material weapon, the shoulder-mounted rocket launcher provides infantry squads with the means to effectively engage armored vehicles and installation gun emplacements. With pre-launch lock-on capabilities and intelligent swarm missiles, it is a man-portable system able to deliver devastating payloads against material targets. Key to its success is the swarm missile technology. Fired in salvos, each warhead is fitted with an onboard guidance controller, which introduces random deviations and unpredictable patterns into the swarm's flight path, allowing some, if not all, missiles in the salvo to defeat basic countermeasure systems.

Missile launcher tech is comparatively unsophisticated. It's the missiles themselves and the supplementary tracking, targeting, and guidance systems comprising the delivery system that make missiles such deadly ordnance.

Missile launcher tech is comparatively unsophisticated. It's the missiles themselves and the supplementary tracking, targeting, and guidance systems comprising the delivery system that make missiles such deadly ordnance.

Missile launcher tech is comparatively unsophisticated. It's the missiles themselves and the supplementary tracking, targeting, and guidance systems comprising the delivery system that make missiles such deadly ordnance.

Missile launcher tech is comparatively unsophisticated. It's the missiles themselves and the supplementary tracking, targeting, and guidance systems comprising the delivery system that make missiles such deadly ordnance.

Missile launcher tech is comparatively unsophisticated. It's the missiles themselves and the supplementary tracking, targeting, and guidance systems comprising the delivery system that make missiles such deadly ordnance.

Missile launcher tech is comparatively unsophisticated. It's the missiles themselves and the supplementary tracking, targeting, and guidance systems comprising the delivery system that make missiles such deadly ordnance.

Missile launcher tech is comparatively unsophisticated. It's the missiles themselves and the supplementary tracking, targeting, and guidance systems comprising the delivery system that make missiles such deadly ordnance.

Missile launcher tech is comparatively unsophisticated. It's the missiles themselves and the supplementary tracking, targeting, and guidance systems comprising the delivery system that make missiles such deadly ordnance.

The AV grenade is a high-explosive homing charge that automatically targets any hostile vehicle within its seek range.

Conceived by Duvolle Laboratories, a corporation best known for its ceaseless R&D, the G75-VLB solves many of the problems inherent in mass-manufactured plasma weapons. The result is a weapon that offers improved accuracy and greater containment field stability (which equates to faster, longer bursts of fire) than anything in its class. It is a magazine-fed, short-to-mid range weapon offering fully automatic fire. Charged plasma munitions are pumped into a cyclotron that converts the plasma into a highly lethal bolt before it is expelled from the chamber. Upon impact with the target, the magnetic field surrounding the bolt collapses, venting superheated plasma onto the contact point.

Favoring function over form, the SMG is a lightweight, semi-automatic weapon designed for close-quarters combat. What it lacks in stopping power and accuracy it grossly overcompensates for with quantity. Designed to injure and impede, the hailstorm of bullets the SMG produces is most effective in tight spaces against multiple targets. This original design is a paradigm of Minmatar construction. An inelegant, but reliable weapon solution that is simple to produce, easily repaired using almost any available materials, and provides comparable pound-for-pound performance with similar sub-automatic weapons. Although an unabashedly low-tech weapon, it excels at what it was designed for: killing anything right in front of you.

Using microscale railgun technology, the sniper rifle effectively weaponizes velocity, putting an inert round downrange in excess of 2,500m/s. The standard round is a 2-inch ‘beehive' flechette, loaded automatically from a center-mount pack. The pack design eliminates user intervention and minimizes reload time while simultaneously allowing for future upgradeability; different ammunition configurations require nothing more than switching out the rifle's pack.

A mid-range anti-material weapon, the shoulder-mounted rocket launcher provides infantry squads with the means to effectively engage armored vehicles and installation gun emplacements. With pre-launch lock-on capabilities and intelligent swarm missiles, it is a man-portable system able to deliver devastating payloads against material targets. Key to its success is the swarm missile technology. Fired in salvos, each warhead is fitted with an onboard guidance controller, which introduces random deviations and unpredictable patterns into the swarm's flight path, allowing some, if not all, missiles in the salvo to defeat basic countermeasure systems.

A gas-operated, short-barreled weapon, the combat rifle is a semi-automatic weapon well-suited to both short and medium range combat. Classified as a light support weapon, it is typically employed in target-rich environments where the high volume of fire produced enables operators to engage multiple targets in rapid succession, whilst the weapon’s extended range keeps the operator just beyond the threat threshold of most standard assault rifles. Its advanced bullpup configuration reduces weapon weight and improves maneuverability making it the ideal cross-over weapon for urban and field combat. The modular design has more practical advantages as well in that it’s cheap to maintain and easily replaced if damaged, making it one of the most reliable weapons in service today.

Blaster technology harnesses magnetic containment fields to project superheated energy over short distances.

Blaster technology harnesses magnetic containment fields to project superheated energy over short distances.

The result of years of R&D, the bolt pistol is a high-impact handgun capable of firing kinetic projectiles with pinpoint accuracy. Building upon its copious experience with microscale rail weaponry, Kaalakiota has further refined the technology to produce what is commonly regarded as the most powerful handgun on the market. Central to its success is a smart sensor that bleeds off a minute amount of dropsuit energy at the moment of discharge, dissipating the sharp recoil impulse through the suit’s internal membrane and greatly reducing the peak force of each shot. This seemingly minor innovation is what makes accurate fire of the weapon possible without the need for an external mounting.

Designed for close-range combat, the shotgun is a spread weapon with tremendous stopping power. Unlike traditional cyclotron designs, a walled centrifugal well is used to simultaneously shunt dozens of plasma charges, generating a wide-pattern ‘kill spread' that is lethal over short distances. The excessive recoil produced by each discharge is absorbed by the pneumatic armature, allowing the weapon to be fired repeatedly without significant injury to the user. The operator controlled crank-action flushes coolant through the interior well before cycling additional rounds into the chamber.

The Mass Driver is a semi-automatic, multi-shot grenade launcher useful as both a breaching tool and area denial weapon. Firing smart HIND explosive rounds, the weapon is highly effective against all forms of dropsuit and light vehicle, while its lightweight frame and compact design make it easy to wield in both urban and open terrain engagements.

Favoring function over form, the SMG is a lightweight, semi-automatic weapon designed for close-quarters combat. What it lacks in stopping power and accuracy it grossly overcompensates for with quantity. Designed to injure and impede, the hailstorm of bullets the SMG produces is most effective in tight spaces against multiple targets. This original design is a paradigm of Minmatar construction. An inelegant, but reliable weapon solution that is simple to produce, easily repaired using almost any available materials, and provides comparable pound-for-pound performance with similar sub-automatic weapons. Although an unabashedly low-tech weapon, it excels at what it was designed for: killing anything right in front of you.

A gas-operated, short-barreled weapon, the combat rifle is a semi-automatic weapon well-suited to both short and medium range combat. Classified as a light support weapon, it is typically employed in target-rich environments where the high volume of fire produced enables operators to engage multiple targets in rapid succession, whilst the weapon’s extended range keeps the operator just beyond the threat threshold of most standard assault rifles. Its advanced bullpup configuration reduces weapon weight and improves maneuverability making it the ideal cross-over weapon for urban and field combat. The modular design has more practical advantages as well in that it’s cheap to maintain and easily replaced if damaged, making it one of the most reliable weapons in service today.

A multi-barrel, rotary drive machine gun, the HMG is a singularly devastating anti-infantry weapon. Eschewing the advantages of a lighter frame in favor of stopping power, the exponentially increased heat and vibration produced by this Boundless Creation developed weapon makes it almost unbearable to fire. Yet despite this fact, its above average hit ratio and extreme rate of fire has earned it the nickname “Death's Engine.” Unlike earlier models, the weapon requires no spool up time; rounds are expelled the instant the trigger is pressed. This comes at the cost of initially reduced accuracy as the counter-rotating drives slowly align. Once fully aligned, however, the HMG produces a pinpoint stream of gunfire with unmatched killing potential.

Conceived by Duvolle Laboratories, a corporation best known for its ceaseless R&D, the G75-VLB solves many of the problems inherent in mass-manufactured plasma weapons. The result is a weapon that offers improved accuracy and greater containment field stability (which equates to faster, longer bursts of fire) than anything in its class. It is a magazine-fed, short-to-mid range weapon offering fully automatic fire. Charged plasma munitions are pumped into a cyclotron that converts the plasma into a highly lethal bolt before it is expelled from the chamber. Upon impact with the target, the magnetic field surrounding the bolt collapses, venting superheated plasma onto the contact point.

The flaylock is a snub-nosed pistol designed to fire one-inch direct attack missiles. Typically, the weapon is armed with pack-loaded dumbfire or seeker missiles effective against infantry and armored targets, but is fully compatible with a broad range of missile types, making it one of the most versatile sidearm weapons on the battlefield. Seeker missiles utilize pre-launch lock-on and rudimentary self-guidance to track designated targets, though finite propellant limits the practical engagement zone to short ranges. Although less effective against shielded targets, the tandem warhead allows penetration of armor layers before detonation, amplifying the effectiveness of the narrow fragment stream and maximizing each projectile’s lethality.

Adapted from Deep Core Mining Inc.'s proprietary technology, the DCMA S-1 subverts conventional expectations of what a man-portable anti-material weapons platform is capable of. Despite its excessive weight and extended recharge time, the “Forge Gun” as it has become known, is regarded as the most devastating infantry weapon on the battlefield, and an invaluable tool for those capable of wielding it. Powered by a Gemini microcapacitor, the forge gun utilizes a stored electric charge to fire kinetic slugs at speeds in excess of 7,000 m/s, enough to penetrate even augmented armor systems. During the pre-fire charge, the forward armature locks into position, stabilizing the magnetic field and helping to shield the user from backscatter and the excessive heat produced. Power generation remains the single largest drawback of the current design, the onboard capacitor requiring a significant amount of time to reach full power after each discharge.

The Mass Driver is a semi-automatic, multi-shot grenade launcher useful as both a breaching tool and area denial weapon. Firing smart HIND explosive rounds, the weapon is highly effective against all forms of dropsuit and light vehicle, while its lightweight frame and compact design make it easy to wield in both urban and open terrain engagements.

The Scrambler is a semi-automatic pistol originally designed and manufactured by Carthum Conglomerate. A small-scale directed energy weapon, it produces a laser-induced plasma channel capable of dealing short-range pin-point damage to a target. Power consumption is excessive, but is addressed via a rear-loaded fuel cell, allowing cells to be exchanged quickly and easily once exhausted. Moreover, advances in the polymers used in the weapon's construction have greatly reduced heat build-up and improved heat dissipation, resulting in improved reliability over earlier modules.

Designed for close-range combat, the shotgun is a spread weapon with tremendous stopping power. Unlike traditional cyclotron designs, a walled centrifugal well is used to simultaneously shunt dozens of plasma charges, generating a wide-pattern ‘kill spread' that is lethal over short distances. The excessive recoil produced by each discharge is absorbed by the pneumatic armature, allowing the weapon to be fired repeatedly without significant injury to the user. The operator controlled crank-action flushes coolant through the interior well before cycling additional rounds into the chamber.

Favoring function over form, the SMG is a lightweight, semi-automatic weapon designed for close-quarters combat. What it lacks in stopping power and accuracy it grossly overcompensates for with quantity. Designed to injure and impede, the hailstorm of bullets the SMG produces is most effective in tight spaces against multiple targets. This original design is a paradigm of Minmatar construction. An inelegant, but reliable weapon solution that is simple to produce, easily repaired using almost any available materials, and provides comparable pound-for-pound performance with similar sub-automatic weapons. Although an unabashedly low-tech weapon, it excels at what it was designed for: killing anything right in front of you.

Conceived by Duvolle Laboratories, a corporation best known for its ceaseless R&D, the G75-VLB solves many of the problems inherent in mass-manufactured plasma weapons. The result is a weapon that offers improved accuracy and greater containment field stability (which equates to faster, longer bursts of fire) than anything in its class. It is a magazine-fed, short-to-mid range weapon offering fully automatic fire. Charged plasma munitions are pumped into a cyclotron that converts the plasma into a highly lethal bolt before it is expelled from the chamber. Upon impact with the target, the magnetic field surrounding the bolt collapses, venting superheated plasma onto the contact point.

The flaylock is a snub-nosed pistol designed to fire one-inch direct attack missiles. Typically, the weapon is armed with pack-loaded dumbfire or seeker missiles effective against infantry and armored targets, but is fully compatible with a broad range of missile types, making it one of the most versatile sidearm weapons on the battlefield. Seeker missiles utilize pre-launch lock-on and rudimentary self-guidance to track designated targets, though finite propellant limits the practical engagement zone to short ranges. Although less effective against shielded targets, the tandem warhead allows penetration of armor layers before detonation, amplifying the effectiveness of the narrow fragment stream and maximizing each projectile’s lethality.

A multi-barrel, rotary drive machine gun, the HMG is a singularly devastating anti-infantry weapon. Eschewing the advantages of a lighter frame in favor of stopping power, the exponentially increased heat and vibration produced by this Boundless Creation developed weapon makes it almost unbearable to fire. Yet despite this fact, its above average hit ratio and extreme rate of fire has earned it the nickname “Death's Engine.” Unlike earlier models, the weapon requires no spool up time; rounds are expelled the instant the trigger is pressed. This comes at the cost of initially reduced accuracy as the counter-rotating drives slowly align. Once fully aligned, however, the HMG produces a pinpoint stream of gunfire with unmatched killing potential.

The Scrambler is a semi-automatic pistol originally designed and manufactured by Carthum Conglomerate. A small-scale directed energy weapon, it produces a laser-induced plasma channel capable of dealing short-range pin-point damage to a target. Power consumption is excessive, but is addressed via a rear-loaded fuel cell, allowing cells to be exchanged quickly and easily once exhausted. Moreover, advances in the polymers used in the weapon's construction have greatly reduced heat build-up and improved heat dissipation, resulting in improved reliability over earlier modules.

The Flux grenade is a hand-thrown wave shaper designed to destroy low-level electronic equipment and disrupt shielding.

Using microscale railgun technology, the sniper rifle effectively weaponizes velocity, putting an inert round downrange in excess of 2,500m/s. The standard round is a 2-inch ‘beehive' flechette, loaded automatically from a center-mount pack. The pack design eliminates user intervention and minimizes reload time while simultaneously allowing for future upgradeability; different ammunition configurations require nothing more than switching out the rifle's pack.

Using microscale railgun technology, the sniper rifle effectively weaponizes velocity, putting an inert round downrange in excess of 2,500m/s. The standard round is a 2-inch ‘beehive' flechette, loaded automatically from a center-mount pack. The pack design eliminates user intervention and minimizes reload time while simultaneously allowing for future upgradeability; different ammunition configurations require nothing more than switching out the rifle's pack.

Favoring function over form, the SMG is a lightweight, semi-automatic weapon designed for close-quarters combat. What it lacks in stopping power and accuracy it grossly overcompensates for with quantity. Designed to injure and impede, the hailstorm of bullets the SMG produces is most effective in tight spaces against multiple targets. This original design is a paradigm of Minmatar construction. An inelegant, but reliable weapon solution that is simple to produce, easily repaired using almost any available materials, and provides comparable pound-for-pound performance with similar sub-automatic weapons. Although an unabashedly low-tech weapon, it excels at what it was designed for: killing anything right in front of you.

The Locus is a timed-fuse fragmentation explosive that is highly effective against dropsuit armor.

The Scrambler is a semi-automatic pistol originally designed and manufactured by Carthum Conglomerate. A small-scale directed energy weapon, it produces a laser-induced plasma channel capable of dealing short-range pin-point damage to a target. Power consumption is excessive, but is addressed via a rear-loaded fuel cell, allowing cells to be exchanged quickly and easily once exhausted. Moreover, advances in the polymers used in the weapon's construction have greatly reduced heat build-up and improved heat dissipation, resulting in improved reliability over earlier modules.

The Scrambler is a semi-automatic pistol originally designed and manufactured by Carthum Conglomerate. A small-scale directed energy weapon, it produces a laser-induced plasma channel capable of dealing short-range pin-point damage to a target. Power consumption is excessive, but is addressed via a rear-loaded fuel cell, allowing cells to be exchanged quickly and easily once exhausted. Moreover, advances in the polymers used in the weapon's construction have greatly reduced heat build-up and improved heat dissipation, resulting in improved reliability over earlier modules.

The scrambler rifle is a selective-fire weapon capable of semi-automatic and charged fire. Each shot produces a pulse of sinuous energy capable of penetrating shield and metal. By keeping pressure on the trigger, the operator can control the power of each discharge, scaling it to produce an intense pulse of energy fatal to soft targets. The added power output does come with downsides, most notably increased heat build-up; left unmanaged, thermal stresses age the focusing crystal prematurely, resulting in splintering and potentially lethal feedback. Despite this and several other issues – increased heft, poor reliability, and high manufacturing cost – the scrambler rifle is widely available and in service on battlefields clusterwide.

A mid-range anti-material weapon, the shoulder-mounted rocket launcher provides infantry squads with the means to effectively engage armored vehicles and installation gun emplacements. With pre-launch lock-on capabilities and intelligent swarm missiles, it is a man-portable system able to deliver devastating payloads against material targets. Key to its success is the swarm missile technology. Fired in salvos, each warhead is fitted with an onboard guidance controller, which introduces random deviations and unpredictable patterns into the swarm's flight path, allowing some, if not all, missiles in the salvo to defeat basic countermeasure systems.

A mid-range anti-material weapon, the shoulder-mounted rocket launcher provides infantry squads with the means to effectively engage armored vehicles and installation gun emplacements. With pre-launch lock-on capabilities and intelligent swarm missiles, it is a man-portable system able to deliver devastating payloads against material targets. Key to its success is the swarm missile technology. Fired in salvos, each warhead is fitted with an onboard guidance controller, which introduces random deviations and unpredictable patterns into the swarm's flight path, allowing some, if not all, missiles in the salvo to defeat basic countermeasure systems.

A mid-range anti-material weapon, the shoulder-mounted rocket launcher provides infantry squads with the means to effectively engage armored vehicles and installation gun emplacements. With pre-launch lock-on capabilities and intelligent swarm missiles, it is a man-portable system able to deliver devastating payloads against material targets. Key to its success is the swarm missile technology. Fired in salvos, each warhead is fitted with an onboard guidance controller, which introduces random deviations and unpredictable patterns into the swarm's flight path, allowing some, if not all, missiles in the salvo to defeat basic countermeasure systems.

Using microscale railgun technology, the sniper rifle effectively weaponizes velocity, putting an inert round downrange in excess of 2,500m/s. The standard round is a 2-inch ‘beehive' flechette, loaded automatically from a center-mount pack. The pack design eliminates user intervention and minimizes reload time while simultaneously allowing for future upgradeability; different ammunition configurations require nothing more than switching out the rifle's pack.

A gas-operated, short-barreled weapon, the combat rifle is a semi-automatic weapon well-suited to both short and medium range combat. Classified as a light support weapon, it is typically employed in target-rich environments where the high volume of fire produced enables operators to engage multiple targets in rapid succession, whilst the weapon’s extended range keeps the operator just beyond the threat threshold of most standard assault rifles. Its advanced bullpup configuration reduces weapon weight and improves maneuverability making it the ideal cross-over weapon for urban and field combat. The modular design has more practical advantages as well in that it’s cheap to maintain and easily replaced if damaged, making it one of the most reliable weapons in service today.

The Contact grenade is a delayed-detonation explosive that can adhere to any metallic surface.

The Mass Driver is a semi-automatic, multi-shot grenade launcher useful as both a breaching tool and area denial weapon. Firing smart HIND explosive rounds, the weapon is highly effective against all forms of dropsuit and light vehicle, while its lightweight frame and compact design make it easy to wield in both urban and open terrain engagements.

The flaylock is a snub-nosed pistol designed to fire one-inch direct attack missiles. Typically, the weapon is armed with pack-loaded dumbfire or seeker missiles effective against infantry and armored targets, but is fully compatible with a broad range of missile types, making it one of the most versatile sidearm weapons on the battlefield. Seeker missiles utilize pre-launch lock-on and rudimentary self-guidance to track designated targets, though finite propellant limits the practical engagement zone to short ranges. Although less effective against shielded targets, the tandem warhead allows penetration of armor layers before detonation, amplifying the effectiveness of the narrow fragment stream and maximizing each projectile’s lethality.

The Locus is a timed-fuse fragmentation explosive that is highly effective against dropsuit armor.

The flaylock is a snub-nosed pistol designed to fire one-inch direct attack missiles. Typically, the weapon is armed with pack-loaded dumbfire or seeker missiles effective against infantry and armored targets, but is fully compatible with a broad range of missile types, making it one of the most versatile sidearm weapons on the battlefield. Seeker missiles utilize pre-launch lock-on and rudimentary self-guidance to track designated targets, though finite propellant limits the practical engagement zone to short ranges. Although less effective against shielded targets, the tandem warhead allows penetration of armor layers before detonation, amplifying the effectiveness of the narrow fragment stream and maximizing each projectile’s lethality.

The flaylock is a snub-nosed pistol designed to fire one-inch direct attack missiles. Typically, the weapon is armed with pack-loaded dumbfire or seeker missiles effective against infantry and armored targets, but is fully compatible with a broad range of missile types, making it one of the most versatile sidearm weapons on the battlefield. Seeker missiles utilize pre-launch lock-on and rudimentary self-guidance to track designated targets, though finite propellant limits the practical engagement zone to short ranges. Although less effective against shielded targets, the tandem warhead allows penetration of armor layers before detonation, amplifying the effectiveness of the narrow fragment stream and maximizing each projectile’s lethality.

The flaylock is a snub-nosed pistol designed to fire one-inch direct attack missiles. Typically, the weapon is armed with pack-loaded dumbfire or seeker missiles effective against infantry and armored targets, but is fully compatible with a broad range of missile types, making it one of the most versatile sidearm weapons on the battlefield. Seeker missiles utilize pre-launch lock-on and rudimentary self-guidance to track designated targets, though finite propellant limits the practical engagement zone to short ranges. Although less effective against shielded targets, the tandem warhead allows penetration of armor layers before detonation, amplifying the effectiveness of the narrow fragment stream and maximizing each projectile’s lethality.

The scrambler rifle is a selective-fire weapon capable of semi-automatic and charged fire. Each shot produces a pulse of sinuous energy capable of penetrating shield and metal. By keeping pressure on the trigger, the operator can control the power of each discharge, scaling it to produce an intense pulse of energy fatal to soft targets. The added power output does come with downsides, most notably increased heat build-up; left unmanaged, thermal stresses age the focusing crystal prematurely, resulting in splintering and potentially lethal feedback. Despite this and several other issues – increased heft, poor reliability, and high manufacturing cost – the scrambler rifle is widely available and in service on battlefields clusterwide.

Conceived by Duvolle Laboratories, a corporation best known for its ceaseless R&D, the G75-VLB solves many of the problems inherent in mass-manufactured plasma weapons. The result is a weapon that offers improved accuracy and greater containment field stability (which equates to faster, longer bursts of fire) than anything in its class. It is a magazine-fed, short-to-mid range weapon offering fully automatic fire. Charged plasma munitions are pumped into a cyclotron that converts the plasma into a highly lethal bolt before it is expelled from the chamber. Upon impact with the target, the magnetic field surrounding the bolt collapses, venting superheated plasma onto the contact point.

A ruthlessly efficient close-quarters weapon, the ion pistol fires charged plasma munitions that rupture shields and scorch armor. Each discharge is enveloped in an electrostatic sheath that reduces field distortion and increases stability. The improved dispersion and stopping power is not without drawbacks though, as the higher density of each slug generates excessive heat, enough to seize the weapon if the rate of fire is not carefully controlled. By overriding internal temperature controls, the weapon can be overcharged to produce a focused, bulk discharge of sufficient lethality to instantly neutralize most soft targets. Caution is advised however, as each overcharged shot will shut down internal systems until the excess heat can be flushed from the weapon’s core.

Designed for close-range combat, the shotgun is a spread weapon with tremendous stopping power. Unlike traditional cyclotron designs, a walled centrifugal well is used to simultaneously shunt dozens of plasma charges, generating a wide-pattern ‘kill spread' that is lethal over short distances. The excessive recoil produced by each discharge is absorbed by the pneumatic armature, allowing the weapon to be fired repeatedly without significant injury to the user. The operator controlled crank-action flushes coolant through the interior well before cycling additional rounds into the chamber.

Designed for close-range combat, the shotgun is a spread weapon with tremendous stopping power. Unlike traditional cyclotron designs, a walled centrifugal well is used to simultaneously shunt dozens of plasma charges, generating a wide-pattern ‘kill spread' that is lethal over short distances. The excessive recoil produced by each discharge is absorbed by the pneumatic armature, allowing the weapon to be fired repeatedly without significant injury to the user. The operator controlled crank-action flushes coolant through the interior well before cycling additional rounds into the chamber.

The scrambler rifle is a selective-fire weapon capable of semi-automatic and charged fire. Each shot produces a pulse of sinuous energy capable of penetrating shield and metal. By keeping pressure on the trigger, the operator can control the power of each discharge, scaling it to produce an intense pulse of energy fatal to soft targets. The added power output does come with downsides, most notably increased heat build-up; left unmanaged, thermal stresses age the focusing crystal prematurely, resulting in splintering and potentially lethal feedback. Despite this and several other issues – increased heft, poor reliability, and high manufacturing cost – the scrambler rifle is widely available and in service on battlefields clusterwide.

The Contact grenade is a delayed-detonation explosive that can adhere to any metallic surface.

The scrambler rifle is a selective-fire weapon capable of semi-automatic and charged fire. Each shot produces a pulse of sinuous energy capable of penetrating shield and metal. By keeping pressure on the trigger, the operator can control the power of each discharge, scaling it to produce an intense pulse of energy fatal to soft targets. The added power output does come with downsides, most notably increased heat build-up; left unmanaged, thermal stresses age the focusing crystal prematurely, resulting in splintering and potentially lethal feedback. Despite this and several other issues – increased heft, poor reliability, and high manufacturing cost – the scrambler rifle is widely available and in service on battlefields clusterwide.

Adapted from Deep Core Mining Inc.'s proprietary technology, the DCMA S-1 subverts conventional expectations of what a man-portable anti-material weapons platform is capable of. Despite its excessive weight and extended recharge time, the “Forge Gun” as it has become known, is regarded as the most devastating infantry weapon on the battlefield, and an invaluable tool for those capable of wielding it. Powered by a Gemini microcapacitor, the forge gun utilizes a stored electric charge to fire kinetic slugs at speeds in excess of 7,000 m/s, enough to penetrate even augmented armor systems. During the pre-fire charge, the forward armature locks into position, stabilizing the magnetic field and helping to shield the user from backscatter and the excessive heat produced. Power generation remains the single largest drawback of the current design, the onboard capacitor requiring a significant amount of time to reach full power after each discharge.

Adapted from Deep Core Mining Inc.'s proprietary technology, the DCMA S-1 subverts conventional expectations of what a man-portable anti-material weapons platform is capable of. Despite its excessive weight and extended recharge time, the “Forge Gun” as it has become known, is regarded as the most devastating infantry weapon on the battlefield, and an invaluable tool for those capable of wielding it. Powered by a Gemini microcapacitor, the forge gun utilizes a stored electric charge to fire kinetic slugs at speeds in excess of 7,000 m/s, enough to penetrate even augmented armor systems. During the pre-fire charge, the forward armature locks into position, stabilizing the magnetic field and helping to shield the user from backscatter and the excessive heat produced. Power generation remains the single largest drawback of the current design, the onboard capacitor requiring a significant amount of time to reach full power after each discharge.

Conceived by Duvolle Laboratories, a corporation best known for its ceaseless R&D, the G75-VLB solves many of the problems inherent in mass-manufactured plasma weapons. The result is a weapon that offers improved accuracy and greater containment field stability (which equates to faster, longer bursts of fire) than anything in its class. It is a magazine-fed, short-to-mid range weapon offering fully automatic fire. Charged plasma munitions are pumped into a cyclotron that converts the plasma into a highly lethal bolt before it is expelled from the chamber. Upon impact with the target, the magnetic field surrounding the bolt collapses, venting superheated plasma onto the contact point.

Adapted from Deep Core Mining Inc.'s proprietary technology, the DCMA S-1 subverts conventional expectations of what a man-portable anti-material weapons platform is capable of. Despite its excessive weight and extended recharge time, the “Forge Gun” as it has become known, is regarded as the most devastating infantry weapon on the battlefield, and an invaluable tool for those capable of wielding it. Powered by a Gemini microcapacitor, the Forge Gun utilizes a stored electric charge to fire kinetic slugs at speeds in excess of 7,000 m/s, enough to penetrate even augmented armor systems. During the pre-fire charge, the forward armature locks into position, stabilizing the magnetic field and helping to shield the user from backscatter and the excessive heat produced. Power generation remains the single largest drawback of the current design, the onboard capacitor requiring a significant amount of time to reach full power after each discharge.

A multi-barrel, rotary drive machine gun, the HMG is a singularly devastating anti-infantry weapon. Eschewing the advantages of a lighter frame in favor of stopping power, the exponentially increased heat and vibration produced by this Boundless Creation developed weapon makes it almost unbearable to fire. Yet despite this fact, its above average hit ratio and extreme rate of fire has earned it the nickname “Death's Engine.” Unlike earlier models, the weapon requires no spool up time; rounds are expelled the instant the trigger is pressed. This comes at the cost of initially reduced accuracy as the counter-rotating drives slowly align. Once fully aligned, however, the HMG produces a pinpoint stream of gunfire with unmatched killing potential.

The laser rifle is a continuous wave, medium range weapon equally effective against infantry and vehicles. Targets are ‘painted' with a high intensity beam that deals sustained, focused damage in a concentrated area to maximize damage potential. At the core of the weapon is the thermal cavity, within which an optic spacer converges and blends three individually pumped beams into a single coherent output. The additional distortion introduced by each beam results in weakened output initially, but as the weapon warms up to mean operating temperature, the wavelength stabilizes and the damage output increases significantly. Heat build-up is typically managed by a self-regulating failsafe, a device used to forcibly shut the weapon off at regular intervals, flushing heat from its internal workings and preventing lethal feedback to the user, but most laser rifles in the field have been altered to bypass the built-in safety protocols.

The Mass Driver is a semi-automatic, multi-shot grenade launcher useful as both a breaching tool and area denial weapon. Firing smart HIND explosive rounds, the weapon is highly effective against all forms of dropsuit and light vehicle, while its lightweight frame and compact design make it easy to wield in both urban and open terrain engagements.

Designed for close-range combat, the shotgun is a spread weapon with tremendous stopping power. Unlike traditional cyclotron designs, a walled centrifugal well is used to simultaneously shunt dozens of plasma charges, generating a wide-pattern ‘kill spread' that is lethal over short distances. The excessive recoil produced by each discharge is absorbed by the pneumatic armature, allowing the weapon to be fired repeatedly without significant injury to the user. The operator controlled crank-action flushes coolant through the interior well before cycling additional rounds into the chamber.

Using microscale railgun technology, the sniper rifle effectively weaponizes velocity, putting an inert round downrange in excess of 2,500m/s. The standard round is a 2-inch ‘beehive' flechette, loaded automatically from a center-mount pack. The pack design eliminates user intervention and minimizes reload time while simultaneously allowing for future upgradeability; different ammunition configurations require nothing more than switching out the rifle's pack.

A mid-range anti-material weapon, the shoulder-mounted rocket launcher provides infantry squads with the means to effectively engage armored vehicles and installation gun emplacements. With pre-launch lock-on capabilities and intelligent swarm missiles, it is a man-portable system able to deliver devastating payloads against material targets. Key to its success is the swarm missile technology. Fired in salvos, each warhead is fitted with an onboard guidance controller, which introduces random deviations and unpredictable patterns into the swarm's flight path, allowing some, if not all, missiles in the salvo to defeat basic countermeasure systems.

Using microscale railgun technology, the sniper rifle effectively weaponizes velocity, putting an inert round downrange in excess of 2,500m/s. The standard round is a 2-inch ‘beehive' flechette, loaded automatically from a center-mount pack. The pack design eliminates user intervention and minimizes reload time while simultaneously allowing for future upgradeability; different ammunition configurations require nothing more than switching out the rifle's pack.

Conceived by Duvolle Laboratories, a corporation best known for its ceaseless R&D, the G75-VLB solves many of the problems inherent in mass-manufactured plasma weapons. The result is a weapon that offers improved accuracy and greater containment field stability (which equates to faster, longer bursts of fire) than anything in its class. It is a magazine-fed, short-to-mid range weapon offering fully automatic fire. Charged plasma munitions are pumped into a cyclotron that converts the plasma into a highly lethal bolt before it is expelled from the chamber. Upon impact with the target, the magnetic field surrounding the bolt collapses, venting superheated plasma onto the contact point.

Designed for close-range combat, the shotgun is a spread weapon with tremendous stopping power. Unlike traditional cyclotron designs, a walled centrifugal well is used to simultaneously shunt dozens of plasma charges, generating a wide-pattern ‘kill spread' that is lethal over short distances. The excessive recoil produced by each discharge is absorbed by the pneumatic armature, allowing the weapon to be fired repeatedly without significant injury to the user. The operator controlled crank-action flushes coolant through the interior well before cycling additional rounds into the chamber.

Conceived by Duvolle Laboratories, a corporation best known for its ceaseless R&D, the G75-VLB solves many of the problems inherent in mass-manufactured plasma weapons. The result is a weapon that offers improved accuracy and greater containment field stability (which equates to faster, longer bursts of fire) than anything in its class. It is a magazine-fed, short-to-mid range weapon offering fully automatic fire. Charged plasma munitions are pumped into a cyclotron that converts the plasma into a highly lethal bolt before it is expelled from the chamber. Upon impact with the target, the magnetic field surrounding the bolt collapses, venting superheated plasma onto the contact point.

The Mass Driver is a semi-automatic, multi-shot grenade launcher useful as both a breaching tool and area denial weapon. Firing smart HIND explosive rounds, the weapon is highly effective against all forms of dropsuit and light vehicle, while its lightweight frame and compact design make it easy to wield in both urban and open terrain engagements.

The Mass Driver is a semi-automatic, multi-shot grenade launcher useful as both a breaching tool and area denial weapon. Firing smart HIND explosive rounds, the weapon is highly effective against all forms of dropsuit and light vehicle, while its lightweight frame and compact design make it easy to wield in both urban and open terrain engagements.

The laser rifle is a continuous wave, medium range weapon. Targets are ‘painted’ with a high intensity beam that deals sustained, focused damage in a concentrated area to maximize damage potential. At the core of the weapon is the thermal cavity, within which an optic spacer converges and blends three individually pumped beams into a single coherent output. The additional distortion introduced by each beam results in weakened output at close range, but as the weapon warms up to mean operating temperature the wavelength stabilizes and the damage output increases significantly, producing a weapon of unmatched precision and lethality in mid-range combat. Heat build-up is typically managed by a self-regulating failsafe, a device used to forcibly shut the weapon off at regular intervals, flushing heat from its internal workings and preventing lethal feedback to the user, but most laser rifles in the field have been altered to bypass the built-in safety protocols.

The AV grenade is a high-explosive homing charge that automatically targets any hostile vehicle within its seek range.

The AV grenade is a high-explosive homing charge that automatically targets any hostile vehicle within its seek range.

The AV grenade is a high-explosive homing charge that automatically targets any hostile vehicle within its seek range.

The Mass Driver is a semi-automatic, multi-shot grenade launcher useful as both a breaching tool and area denial weapon. Firing smart HIND explosive rounds, the weapon is highly effective against all forms of dropsuit and light vehicle, while its lightweight frame and compact design make it easy to wield in both urban and open terrain engagements.

An experimental weapon synthesized in a laboratory

An experimental weapon synthesized in a laboratory

An experimental weapon synthesized in a laboratory

An experimental weapon synthesized in a laboratory

An experimental weapon synthesized in a laboratory

An experimental weapon synthesized in a laboratory

An experimental weapon synthesized in a laboratory

An experimental weapon synthesized in a laboratory

An experimental weapon synthesized in a laboratory

An experimental weapon synthesized in a laboratory

An experimental weapon synthesized in a laboratory

An experimental weapon synthesized in a laboratory

An experimental weapon synthesized in a laboratory

An experimental weapon synthesized in a laboratory

An experimental weapon synthesized in a laboratory

An experimental weapon synthesized in a laboratory

An experimental weapon synthesized in a laboratory

An experimental weapon synthesized in a laboratory

Blaster technology harnesses magnetic containment fields to project superheated energy over short distances.

Blaster technology harnesses magnetic containment fields to project superheated energy over short distances.

Blaster technology harnesses magnetic containment fields to project superheated energy over short distances.

Blaster technology harnesses magnetic containment fields to project superheated energy over short distances.

Blaster technology harnesses magnetic containment fields to project superheated energy over short distances.

Blaster technology harnesses magnetic containment fields to project superheated energy over short distances.

The plasma cannon is a single-shot, direct-fire weapon developed by Allotek Industries primarily for use in urban operations and confined space combat. The dense plasma discharge it generates is highly unstable, decaying rapidly and venting sufficient heat and energy to severely damage targets caught within its critical emission radius. During the short pre-fire charge, ultracold plasma is prepared and then heated inside a magneto-core trap. Just prior to discharge, a small precursor projectile is fired that produces (and is ultimately consumed by) a short-lived trail that helps guide and contain the volatile discharge as it travels towards its target.

The plasma cannon is a single-shot, direct-fire weapon developed by Allotek Industries primarily for use in urban operations and confined space combat. The dense plasma discharge it generates is highly unstable, decaying rapidly and venting sufficient heat and energy to severely damage targets caught within its critical emission radius. During the short pre-fire charge, ultracold plasma is prepared and then heated inside a magneto-core trap. Just prior to discharge, a small precursor projectile is fired that produces (and is ultimately consumed by) a short-lived trail that helps guide and contain the volatile discharge as it travels towards its target.

Conceived by Duvolle Laboratories, a corporation best known for its ceaseless R&D, the G75-VLB solves many of the problems inherent in mass-manufactured plasma weapons. The result is a weapon that offers improved accuracy and greater containment field stability (which equates to faster, longer bursts of fire) than anything in its class. It is a magazine-fed, short-to-mid range weapon offering fully automatic fire. Charged plasma munitions are pumped into a cyclotron that converts the plasma into a highly lethal bolt before it is expelled from the chamber. Upon impact with the target, the magnetic field surrounding the bolt collapses, venting superheated plasma onto the contact point.

Conceived by Duvolle Laboratories, a corporation best known for its ceaseless R&D, the G75-VLB solves many of the problems inherent in mass-manufactured plasma weapons. The result is a weapon that offers improved accuracy and greater containment field stability (which equates to faster, longer bursts of fire) than anything in its class. It is a magazine-fed, short-to-mid range weapon offering fully automatic fire. Charged plasma munitions are pumped into a cyclotron that converts the plasma into a highly lethal bolt before it is expelled from the chamber. Upon impact with the target, the magnetic field surrounding the bolt collapses, venting superheated plasma onto the contact point.

Conceived by Duvolle Laboratories, a corporation best known for its ceaseless R&D, the G75-VLB solves many of the problems inherent in mass-manufactured plasma weapons. The result is a weapon that offers improved accuracy and greater containment field stability (which equates to faster, longer bursts of fire) than anything in its class. It is a magazine-fed, short-to-mid range weapon offering fully automatic fire. Charged plasma munitions are pumped into a cyclotron that converts the plasma into a highly lethal bolt before it is expelled from the chamber. Upon impact with the target, the magnetic field surrounding the bolt collapses, venting superheated plasma onto the contact point.

Designed for close-range combat, the shotgun is a spread weapon with tremendous stopping power. Unlike traditional cyclotron designs, a walled centrifugal well is used to simultaneously shunt dozens of plasma charges, generating a wide-pattern ‘kill spread' that is lethal over short distances. The excessive recoil produced by each discharge is absorbed by the pneumatic armature, allowing the weapon to be fired repeatedly without significant injury to the user. The operator controlled crank-action flushes coolant through the interior well before cycling additional rounds into the chamber.

Designed for close-range combat, the shotgun is a spread weapon with tremendous stopping power. Unlike traditional cyclotron designs, a walled centrifugal well is used to simultaneously shunt dozens of plasma charges, generating a wide-pattern ‘kill spread' that is lethal over short distances. The excessive recoil produced by each discharge is absorbed by the pneumatic armature, allowing the weapon to be fired repeatedly without significant injury to the user. The operator controlled crank-action flushes coolant through the interior well before cycling additional rounds into the chamber.

Designed for close-range combat, the shotgun is a spread weapon with tremendous stopping power. Unlike traditional cyclotron designs, a walled centrifugal well is used to simultaneously shunt dozens of plasma charges, generating a wide-pattern ‘kill spread' that is lethal over short distances. The excessive recoil produced by each discharge is absorbed by the pneumatic armature, allowing the weapon to be fired repeatedly without significant injury to the user. The operator controlled crank-action flushes coolant through the interior well before cycling additional rounds into the chamber.

Conceived by Duvolle Laboratories, a corporation best known for its ceaseless R&D, the G75-VLB solves many of the problems inherent in mass-manufactured plasma weapons. The result is a weapon that offers improved accuracy and greater containment field stability (which equates to faster, longer bursts of fire) than anything in its class. It is a magazine-fed, short-to-mid range weapon offering fully automatic fire. Charged plasma munitions are pumped into a cyclotron that converts the plasma into a highly lethal bolt before it is expelled from the chamber. Upon impact with the target, the magnetic field surrounding the bolt collapses, venting superheated plasma onto the contact point.

Conceived by Duvolle Laboratories, a corporation best known for its ceaseless R&D, the G75-VLB solves many of the problems inherent in mass-manufactured plasma weapons. The result is a weapon that offers improved accuracy and greater containment field stability (which equates to faster, longer bursts of fire) than anything in its class. It is a magazine-fed, short-to-mid range weapon offering fully automatic fire. Charged plasma munitions are pumped into a cyclotron that converts the plasma into a highly lethal bolt before it is expelled from the chamber. Upon impact with the target, the magnetic field surrounding the bolt collapses, venting superheated plasma onto the contact point.

Conceived by Duvolle Laboratories, a corporation best known for its ceaseless R&D, the G75-VLB solves many of the problems inherent in mass-manufactured plasma weapons. The result is a weapon that offers improved accuracy and greater containment field stability (which equates to faster, longer bursts of fire) than anything in its class. It is a magazine-fed, short-to-mid range weapon offering fully automatic fire. Charged plasma munitions are pumped into a cyclotron that converts the plasma into a highly lethal bolt before it is expelled from the chamber. Upon impact with the target, the magnetic field surrounding the bolt collapses, venting superheated plasma onto the contact point.

Conceived by Duvolle Laboratories, a corporation best known for its ceaseless R&D, the G75-VLB solves many of the problems inherent in mass-manufactured plasma weapons. The result is a weapon that offers improved accuracy and greater containment field stability (which equates to faster, longer bursts of fire) than anything in its class. It is a magazine-fed, short-to-mid range weapon offering fully automatic fire. Charged plasma munitions are pumped into a cyclotron that converts the plasma into a highly lethal bolt before it is expelled from the chamber. Upon impact with the target, the magnetic field surrounding the bolt collapses, venting superheated plasma onto the contact point.

The plasma cannon is a single-shot, direct-fire weapon developed by Allotek Industries primarily for use in urban operations and confined space combat. The dense plasma discharge it generates is highly unstable, decaying rapidly and venting sufficient heat and energy to severely damage targets caught within its critical emission radius. During the short pre-fire charge, ultracold plasma is prepared and then heated inside a magneto-core trap. Just prior to discharge, a small precursor projectile is fired that produces (and is ultimately consumed by) a short-lived trail that helps guide and contain the volatile discharge as it travels towards its target.

The plasma cannon is a single-shot, direct-fire weapon developed by Allotek Industries primarily for use in urban operations and confined space combat. The dense plasma discharge it generates is highly unstable, decaying rapidly and venting sufficient heat and energy to severely damage targets caught within its critical emission radius. During the short pre-fire charge, ultracold plasma is prepared and then heated inside a magneto-core trap. Just prior to discharge, a small precursor projectile is fired that produces (and is ultimately consumed by) a short-lived trail that helps guide and contain the volatile discharge as it travels towards its target.

Designed for close-range combat, the shotgun is a spread weapon with tremendous stopping power. Unlike traditional cyclotron designs, a walled centrifugal well is used to simultaneously shunt dozens of plasma charges, generating a wide-pattern ‘kill spread' that is lethal over short distances. The excessive recoil produced by each discharge is absorbed by the pneumatic armature, allowing the weapon to be fired repeatedly without significant injury to the user. The operator controlled crank-action flushes coolant through the interior well before cycling additional rounds into the chamber.

The flaylock is a snub-nosed pistol designed to fire one-inch direct attack missiles. Typically, the weapon is armed with pack-loaded dumbfire or seeker missiles effective against infantry and armored targets, but is fully compatible with a broad range of missile types, making it one of the most versatile sidearm weapons on the battlefield. Seeker missiles utilize pre-launch lock-on and rudimentary self-guidance to track designated targets, though finite propellant limits the practical engagement zone to short ranges. Although less effective against shielded targets, the tandem warhead allows penetration of armor layers before detonation, amplifying the effectiveness of the narrow fragment stream and maximizing each projectile’s lethality.

The Flux grenade is a hand-thrown wave shaper designed to destroy low-level electronic equipment and disrupt shielding.

Adapted from Deep Core Mining Inc.'s proprietary technology, the DCMA S-1 subverts conventional expectations of what a man-portable anti-material weapons platform is capable of. Despite its excessive weight and extended recharge time, the “Forge Gun” as it has become known, is regarded as the most devastating infantry weapon on the battlefield, and an invaluable tool for those capable of wielding it. Powered by a Gemini microcapacitor, the forge gun utilizes a stored electric charge to fire kinetic slugs at speeds in excess of 7,000 m/s, enough to penetrate even augmented armor systems. During the pre-fire charge, the forward armature locks into position, stabilizing the magnetic field and helping to shield the user from backscatter and the excessive heat produced. Power generation remains the single largest drawback of the current design, the onboard capacitor requiring a significant amount of time to reach full power after each discharge.

A multi-barrel, rotary drive machine gun, the HMG is a singularly devastating anti-infantry weapon. Eschewing the advantages of a lighter frame in favor of stopping power, the exponentially increased heat and vibration produced by this Boundless Creation developed weapon makes it almost unbearable to fire. Yet despite this fact, its above average hit ratio and extreme rate of fire has earned it the nickname “Death's Engine.” Unlike earlier models, the weapon requires no spool up time; rounds are expelled the instant the trigger is pressed. This comes at the cost of initially reduced accuracy as the counter-rotating drives slowly align. Once fully aligned, however, the HMG produces a pinpoint stream of gunfire with unmatched killing potential.

Favoring function over form, the SMG is a lightweight, semi-automatic weapon designed for close-quarters combat. What it lacks in stopping power and accuracy it grossly overcompensates for with quantity. Designed to injure and impede, the hailstorm of bullets the SMG produces is most effective in tight spaces against multiple targets. This original design is a paradigm of Minmatar construction. An inelegant, but reliable weapon solution that is simple to produce, easily repaired using almost any available materials, and provides comparable pound-for-pound performance with similar sub-automatic weapons. Although an unabashedly low-tech weapon, it excels at what it was designed for: killing anything right in front of you.

The Mass Driver is a semi-automatic, multi-shot grenade launcher useful as both a breaching tool and area denial weapon. Firing smart HIND explosive rounds, the weapon is highly effective against all forms of dropsuit and light vehicle, while its lightweight frame and compact design make it easy to wield in both urban and open terrain engagements.

The Locus is a timed-fuse fragmentation explosive that is highly effective against dropsuit armor.

The Locus is a timed-fuse fragmentation explosive that is highly effective against dropsuit armor.

Conceived by Duvolle Laboratories, a corporation best known for its ceaseless R&D, the G75-VLB solves many of the problems inherent in mass-manufactured plasma weapons. The result is a weapon that offers improved accuracy and greater containment field stability (which equates to faster, longer bursts of fire) than anything in its class. It is a magazine-fed, short-to-mid range weapon offering fully automatic fire. Charged plasma munitions are pumped into a cyclotron that converts the plasma into a highly lethal bolt before it is expelled from the chamber. Upon impact with the target, the magnetic field surrounding the bolt collapses, venting superheated plasma onto the contact point.

Adapted from Deep Core Mining Inc.'s proprietary technology, the DCMA S-1 subverts conventional expectations of what a man-portable anti-material weapons platform is capable of. Despite its excessive weight and extended recharge time, the “Forge Gun” as it has become known, is regarded as the most devastating infantry weapon on the battlefield, and an invaluable tool for those capable of wielding it. Powered by a Gemini microcapacitor, the forge gun utilizes a stored electric charge to fire kinetic slugs at speeds in excess of 7,000 m/s, enough to penetrate even augmented armor systems. During the pre-fire charge, the forward armature locks into position, stabilizing the magnetic field and helping to shield the user from backscatter and the excessive heat produced. Power generation remains the single largest drawback of the current design, the onboard capacitor requiring a significant amount of time to reach full power after each discharge.

A multi-barrel, rotary drive machine gun, the HMG is a singularly devastating anti-infantry weapon. Eschewing the advantages of a lighter frame in favor of stopping power, the exponentially increased heat and vibration produced by this Boundless Creation developed weapon makes it almost unbearable to fire. Yet despite this fact, its above average hit ratio and extreme rate of fire has earned it the nickname “Death's Engine.” Unlike earlier models, the weapon requires no spool up time; rounds are expelled the instant the trigger is pressed. This comes at the cost of initially reduced accuracy as the counter-rotating drives slowly align. Once fully aligned, however, the HMG produces a pinpoint stream of gunfire with unmatched killing potential.

Conceived by Duvolle Laboratories, a corporation best known for its ceaseless R&D, the G75-VLB solves many of the problems inherent in mass-manufactured plasma weapons. The result is a weapon that offers improved accuracy and greater containment field stability (which equates to faster, longer bursts of fire) than anything in its class. It is a magazine-fed, short-to-mid range weapon offering fully automatic fire. Charged plasma munitions are pumped into a cyclotron that converts the plasma into a highly lethal bolt before it is expelled from the chamber. Upon impact with the target, the magnetic field surrounding the bolt collapses, venting superheated plasma onto the contact point.

Conceived by Duvolle Laboratories, a corporation best known for its ceaseless R&D, the G75-VLB solves many of the problems inherent in mass-manufactured plasma weapons. The result is a weapon that offers improved accuracy and greater containment field stability (which equates to faster, longer bursts of fire) than anything in its class. It is a magazine-fed, short-to-mid range weapon offering fully automatic fire. Charged plasma munitions are pumped into a cyclotron that converts the plasma into a highly lethal bolt before it is expelled from the chamber. Upon impact with the target, the magnetic field surrounding the bolt collapses, venting superheated plasma onto the contact point.

Part of Kaalakiota’s Stahl line of weaponry, the rail rifle is a fast-firing precision weapon designed for field operations where penetrative power and range are paramount. Developed using the corporation’s proprietary microscale technology, the rail rifle solves oversaturation issues endemic to sustained fire electromagnetic weaponry. However, its greater range and power are offset by a smaller magazine capacity and lower rate of fire than similarly classified weapons. The foregrip design aids stabilization and remains cool to the touch even during prolonged discharge where the barrel can exceed mean operating temperatures. Featuring a reinforced subassembly and compact, heavy-barrel design, the rail rifle is the premier fully automatic microscale weapon available today.

A rare weapon salvaged from the battlefield

Conceived by Duvolle Laboratories, a corporation best known for its ceaseless R&D, the G75-VLB solves many of the problems inherent in mass-manufactured plasma weapons. The result is a weapon that offers improved accuracy and greater containment field stability (which equates to faster, longer bursts of fire) than anything in its class. It is a magazine-fed, short-to-mid range weapon offering fully automatic fire. Charged plasma munitions are pumped into a cyclotron that converts the plasma into a highly lethal bolt before it is expelled from the chamber. Upon impact with the target, the magnetic field surrounding the bolt collapses, venting superheated plasma onto the contact point.

Conceived by Duvolle Laboratories, a corporation best known for its ceaseless R&D, the G75-VLB solves many of the problems inherent in mass-manufactured plasma weapons. The result is a weapon that offers improved accuracy and greater containment field stability (which equates to faster, longer bursts of fire) than anything in its class. It is a magazine-fed, short-to-mid range weapon offering fully automatic fire. Charged plasma munitions are pumped into a cyclotron that converts the plasma into a highly lethal bolt before it is expelled from the chamber. Upon impact with the target, the magnetic field surrounding the bolt collapses, venting superheated plasma onto the contact point.

The flaylock is a snub-nosed pistol designed to fire one-inch direct attack missiles. Typically, the weapon is armed with pack-loaded dumbfire or seeker missiles effective against infantry and armored targets, but is fully compatible with a broad range of missile types, making it one of the most versatile sidearm weapons on the battlefield. Seeker missiles utilize pre-launch lock-on and rudimentary self-guidance to track designated targets, though finite propellant limits the practical engagement zone to short ranges. Although less effective against shielded targets, the tandem warhead allows penetration of armor layers before detonation, amplifying the effectiveness of the narrow fragment stream and maximizing each projectile’s lethality.

The flaylock is a snub-nosed pistol designed to fire one-inch direct attack missiles. Typically, the weapon is armed with pack-loaded dumbfire or seeker missiles effective against infantry and armored targets, but is fully compatible with a broad range of missile types, making it one of the most versatile sidearm weapons on the battlefield. Seeker missiles utilize pre-launch lock-on and rudimentary self-guidance to track designated targets, though finite propellant limits the practical engagement zone to short ranges. Although less effective against shielded targets, the tandem warhead allows penetration of armor layers before detonation, amplifying the effectiveness of the narrow fragment stream and maximizing each projectile’s lethality.

The AV grenade is a high-explosive homing charge that automatically targets any hostile vehicle within its seek range.

Handheld weapon needs a description

Handheld weapon needs a description

Handheld weapon needs a description

Handheld weapon needs a description

A multi-barrel, rotary drive machine gun, the HMG is a singularly devastating anti-infantry weapon. Eschewing the advantages of a lighter frame in favor of stopping power, the exponentially increased heat and vibration produced by this Boundless Creation developed weapon makes it almost unbearable to fire. Yet despite this fact, its above average hit ratio and extreme rate of fire has earned it the nickname “Death's Engine.” Unlike earlier models, the weapon requires no spool up time; rounds are expelled the instant the trigger is pressed. This comes at the cost of initially reduced accuracy as the counter-rotating drives slowly align. Once fully aligned, however, the HMG produces a pinpoint stream of gunfire with unmatched killing potential.

The Scrambler is a semi-automatic pistol originally designed and manufactured by Carthum Conglomerate. A small-scale directed energy weapon, it produces a laser-induced plasma channel capable of dealing short-range pin-point damage to a target. Power consumption is excessive, but is addressed via a rear-loaded fuel cell, allowing cells to be exchanged quickly and easily once exhausted. Moreover, advances in the polymers used in the weapon's construction have greatly reduced heat build-up and improved heat dissipation, resulting in improved reliability over earlier modules.

Designed for close-range combat, the shotgun is a spread weapon with tremendous stopping power. Unlike traditional cyclotron designs, a walled centrifugal well is used to simultaneously shunt dozens of plasma charges, generating a wide-pattern ‘kill spread' that is lethal over short distances. The excessive recoil produced by each discharge is absorbed by the pneumatic armature, allowing the weapon to be fired repeatedly without significant injury to the user. The operator controlled crank-action flushes coolant through the interior well before cycling additional rounds into the chamber.

The Scrambler is a semi-automatic pistol originally designed and manufactured by Carthum Conglomerate. A small-scale directed energy weapon, it produces a laser-induced plasma channel capable of dealing short-range pin-point damage to a target. Power consumption is excessive, but is addressed via a rear-loaded fuel cell, allowing cells to be exchanged quickly and easily once exhausted. Moreover, advances in the polymers used in the weapon's construction have greatly reduced heat build-up and improved heat dissipation, resulting in improved reliability over earlier modules.

Adapted from Deep Core Mining Inc.'s proprietary technology, the DCMA S-1 subverts conventional expectations of what a man-portable anti-material weapons platform is capable of. Despite its excessive weight and extended recharge time, the “Forge Gun” as it has become known, is regarded as the most devastating infantry weapon on the battlefield, and an invaluable tool for those capable of wielding it. Powered by a Gemini microcapacitor, the forge gun utilizes a stored electric charge to fire kinetic slugs at speeds in excess of 7,000 m/s, enough to penetrate even augmented armor systems. During the pre-fire charge, the forward armature locks into position, stabilizing the magnetic field and helping to shield the user from backscatter and the excessive heat produced. Power generation remains the single largest drawback of the current design, the onboard capacitor requiring a significant amount of time to reach full power after each discharge.

The scrambler rifle is a selective-fire weapon capable of semi-automatic and charged fire. Each shot produces a pulse of sinuous energy capable of penetrating shield and metal. By keeping pressure on the trigger, the operator can control the power of each discharge, scaling it to produce an intense pulse of energy fatal to soft targets. The added power output does come with downsides, most notably increased heat build-up; left unmanaged, thermal stresses age the focusing crystal prematurely, resulting in splintering and potentially lethal feedback. Despite this and several other issues – increased heft, poor reliability, and high manufacturing cost – the scrambler rifle is widely available and in service on battlefields clusterwide.

The Scrambler is a semi-automatic pistol originally designed and manufactured by Carthum Conglomerate. A small-scale directed energy weapon, it produces a laser-induced plasma channel capable of dealing short-range pin-point damage to a target. Power consumption is excessive, but is addressed via a rear-loaded fuel cell, allowing cells to be exchanged quickly and easily once exhausted. Moreover, advances in the polymers used in the weapon's construction have greatly reduced heat build-up and improved heat dissipation, resulting in improved reliability over earlier modules.

The Scrambler is a semi-automatic pistol originally designed and manufactured by Carthum Conglomerate. A small-scale directed energy weapon, it produces a laser-induced plasma channel capable of dealing short-range pin-point damage to a target. Power consumption is excessive, but is addressed via a rear-loaded fuel cell, allowing cells to be exchanged quickly and easily once exhausted. Moreover, advances in the polymers used in the weapon's construction have greatly reduced heat build-up and improved heat dissipation, resulting in improved reliability over earlier modules.

The Scrambler is a semi-automatic pistol originally designed and manufactured by Carthum Conglomerate. A small-scale directed energy weapon, it produces a laser-induced plasma channel capable of dealing short-range pin-point damage to a target. Power consumption is excessive, but is addressed via a rear-loaded fuel cell, allowing cells to be exchanged quickly and easily once exhausted. Moreover, advances in the polymers used in the weapon's construction have greatly reduced heat build-up and improved heat dissipation, resulting in improved reliability over earlier modules.

The scrambler rifle is a selective-fire weapon capable of semi-automatic and charged fire. Each shot produces a pulse of sinuous energy capable of penetrating shield and metal. By keeping pressure on the trigger, the operator can control the power of each discharge, scaling it to produce an intense pulse of energy fatal to soft targets. The added power output does come with downsides, most notably increased heat build-up; left unmanaged, thermal stresses age the focusing crystal prematurely, resulting in splintering and potentially lethal feedback. Despite this and several other issues – increased heft, poor reliability, and high manufacturing cost – the scrambler rifle is widely available and in service on battlefields clusterwide.

The scrambler rifle is a selective-fire weapon capable of semi-automatic and charged fire. Each shot produces a pulse of sinuous energy capable of penetrating shield and metal. By keeping pressure on the trigger, the operator can control the power of each discharge, scaling it to produce an intense pulse of energy fatal to soft targets. The added power output does come with downsides, most notably increased heat build-up; left unmanaged, thermal stresses age the focusing crystal prematurely, resulting in splintering and potentially lethal feedback. Despite this and several other issues – increased heft, poor reliability, and high manufacturing cost – the scrambler rifle is widely available and in service on battlefields clusterwide.

The scrambler rifle is a selective-fire weapon capable of semi-automatic and charged fire. Each shot produces a pulse of sinuous energy capable of penetrating shield and metal. By keeping pressure on the trigger, the operator can control the power of each discharge, scaling it to produce an intense pulse of energy fatal to soft targets. The added power output does come with downsides, most notably increased heat build-up; left unmanaged, thermal stresses age the focusing crystal prematurely, resulting in splintering and potentially lethal feedback. Despite this and several other issues – increased heft, poor reliability, and high manufacturing cost – the scrambler rifle is widely available and in service on battlefields clusterwide.

The laser rifle is a continuous wave, medium range weapon. Targets are ‘painted’ with a high intensity beam that deals sustained, focused damage in a concentrated area to maximize damage potential. At the core of the weapon is the thermal cavity, within which an optic spacer converges and blends three individually pumped beams into a single coherent output. The additional distortion introduced by each beam results in weakened output at close range, but as the weapon warms up to mean operating temperature the wavelength stabilizes and the damage output increases significantly, producing a weapon of unmatched precision and lethality in mid-range combat. Heat build-up is typically managed by a self-regulating failsafe, a device used to forcibly shut the weapon off at regular intervals, flushing heat from its internal workings and preventing lethal feedback to the user, but most laser rifles in the field have been altered to bypass the built-in safety protocols.

The laser rifle is a continuous wave, medium range weapon. Targets are ‘painted’ with a high intensity beam that deals sustained, focused damage in a concentrated area to maximize damage potential. At the core of the weapon is the thermal cavity, within which an optic spacer converges and blends three individually pumped beams into a single coherent output. The additional distortion introduced by each beam results in weakened output at close range, but as the weapon warms up to mean operating temperature the wavelength stabilizes and the damage output increases significantly, producing a weapon of unmatched precision and lethality in mid-range combat. Heat build-up is typically managed by a self-regulating failsafe, a device used to forcibly shut the weapon off at regular intervals, flushing heat from its internal workings and preventing lethal feedback to the user, but most laser rifles in the field have been altered to bypass the built-in safety protocols.

The Scrambler is a semi-automatic pistol originally designed and manufactured by Carthum Conglomerate. A small-scale directed energy weapon, it produces a laser-induced plasma channel capable of dealing short-range pin-point damage to a target. Power consumption is excessive, but is addressed via a rear-loaded fuel cell, allowing cells to be exchanged quickly and easily once exhausted. Moreover, advances in the polymers used in the weapon's construction have greatly reduced heat build-up and improved heat dissipation, resulting in improved reliability over earlier modules.

The scrambler rifle is a selective-fire weapon capable of semi-automatic and charged fire. Each shot produces a pulse of sinuous energy capable of penetrating shield and metal. By keeping pressure on the trigger, the operator can control the power of each discharge, scaling it to produce an intense pulse of energy fatal to soft targets. The added power output does come with downsides, most notably increased heat build-up; left unmanaged, thermal stresses age the focusing crystal prematurely, resulting in splintering and potentially lethal feedback. Despite this and several other issues – increased heft, poor reliability, and high manufacturing cost – the scrambler rifle is widely available and in service on battlefields clusterwide.

The laser rifle is a continuous wave, medium range weapon. Targets are ‘painted’ with a high intensity beam that deals sustained, focused damage in a concentrated area to maximize damage potential. At the core of the weapon is the thermal cavity, within which an optic spacer converges and blends three individually pumped beams into a single coherent output. The additional distortion introduced by each beam results in weakened output at close range, but as the weapon warms up to mean operating temperature the wavelength stabilizes and the damage output increases significantly, producing a weapon of unmatched precision and lethality in mid-range combat. Heat build-up is typically managed by a self-regulating failsafe, a device used to forcibly shut the weapon off at regular intervals, flushing heat from its internal workings and preventing lethal feedback to the user, but most laser rifles in the field have been altered to bypass the built-in safety protocols.

The Scrambler is a semi-automatic pistol originally designed and manufactured by Carthum Conglomerate. A small-scale directed energy weapon, it produces a laser-induced plasma channel capable of dealing short-range pin-point damage to a target. Power consumption is excessive, but is addressed via a rear-loaded fuel cell, allowing cells to be exchanged quickly and easily once exhausted. Moreover, advances in the polymers used in the weapon's construction have greatly reduced heat build-up and improved heat dissipation, resulting in improved reliability over earlier modules.

The scrambler rifle is a selective-fire weapon capable of semi-automatic and charged fire. Each shot produces a pulse of sinuous energy capable of penetrating shield and metal. By keeping pressure on the trigger, the operator can control the power of each discharge, scaling it to produce an intense pulse of energy fatal to soft targets. The added power output does come with downsides, most notably increased heat build-up; left unmanaged, thermal stresses age the focusing crystal prematurely, resulting in splintering and potentially lethal feedback. Despite this and several other issues – increased heft, poor reliability, and high manufacturing cost – the scrambler rifle is widely available and in service on battlefields clusterwide.

The laser rifle is a continuous wave, medium range weapon. Targets are ‘painted’ with a high intensity beam that deals sustained, focused damage in a concentrated area to maximize damage potential. At the core of the weapon is the thermal cavity, within which an optic spacer converges and blends three individually pumped beams into a single coherent output. The additional distortion introduced by each beam results in weakened output at close range, but as the weapon warms up to mean operating temperature the wavelength stabilizes and the damage output increases significantly, producing a weapon of unmatched precision and lethality in mid-range combat. Heat build-up is typically managed by a self-regulating failsafe, a device used to forcibly shut the weapon off at regular intervals, flushing heat from its internal workings and preventing lethal feedback to the user, but most laser rifles in the field have been altered to bypass the built-in safety protocols.

The scrambler rifle is a selective-fire weapon capable of semi-automatic and charged fire. Each shot produces a pulse of sinuous energy capable of penetrating shield and metal. By keeping pressure on the trigger, the operator can control the power of each discharge, scaling it to produce an intense pulse of energy fatal to soft targets. The added power output does come with downsides, most notably increased heat build-up; left unmanaged, thermal stresses age the focusing crystal prematurely, resulting in splintering and potentially lethal feedback. Despite this and several other issues – increased heft, poor reliability, and high manufacturing cost – the scrambler rifle is widely available and in service on battlefields clusterwide.

A ruthlessly efficient close-quarters weapon, the ion pistol fires charged plasma munitions that rupture shields and scorch armor. Each discharge is enveloped in an electrostatic sheath that reduces field distortion and increases stability. The improved dispersion and stopping power is not without drawbacks though, as the higher density of each slug generates excessive heat, enough to seize the weapon if the rate of fire is not carefully controlled. By overriding internal temperature controls, the weapon can be overcharged to produce a focused, bulk discharge of sufficient lethality to instantly neutralize most soft targets. Caution is advised however, as each overcharged shot will shut down internal systems until the excess heat can be flushed from the weapon’s core.

Conceived by Duvolle Laboratories, a corporation best known for its ceaseless R&D, the G75-VLB solves many of the problems inherent in mass-manufactured plasma weapons. The result is a weapon that offers improved accuracy and greater containment field stability (which equates to faster, longer bursts of fire) than anything in its class. It is a magazine-fed, short-to-mid range weapon offering fully automatic fire. Charged plasma munitions are pumped into a cyclotron that converts the plasma into a highly lethal bolt before it is expelled from the chamber. Upon impact with the target, the magnetic field surrounding the bolt collapses, venting superheated plasma onto the contact point.

Adapted from Deep Core Mining Inc.'s proprietary technology, the DCMA S-1 subverts conventional expectations of what a man-portable anti-material weapons platform is capable of. Despite its excessive weight and extended recharge time, the “Forge Gun” as it has become known, is regarded as the most devastating infantry weapon on the battlefield, and an invaluable tool for those capable of wielding it. Powered by a Gemini microcapacitor, the forge gun utilizes a stored electric charge to fire kinetic slugs at speeds in excess of 7,000 m/s, enough to penetrate even augmented armor systems. During the pre-fire charge, the forward armature locks into position, stabilizing the magnetic field and helping to shield the user from backscatter and the excessive heat produced. Power generation remains the single largest drawback of the current design, the onboard capacitor requiring a significant amount of time to reach full power after each discharge.

Part of Kaalakiota’s Stahl line of weaponry, the rail rifle is a fast-firing precision weapon designed for field operations where penetrative power and range are paramount. Developed using the corporation’s proprietary microscale technology, the rail rifle solves oversaturation issues endemic to sustained fire electromagnetic weaponry. However, its greater range and power are offset by a smaller magazine capacity and lower rate of fire than similarly classified weapons. The foregrip design aids stabilization and remains cool to the touch even during prolonged discharge where the barrel can exceed mean operating temperatures. Featuring a reinforced subassembly and compact, heavy-barrel design, the rail rifle is the premier fully automatic microscale weapon available today.

Favoring function over form, the SMG is a lightweight, semi-automatic weapon designed for close-quarters combat. What it lacks in stopping power and accuracy it grossly overcompensates for with quantity. Designed to injure and impede, the hailstorm of bullets the SMG produces is most effective in tight spaces against multiple targets. This original design is a paradigm of Minmatar construction. An inelegant, but reliable weapon solution that is simple to produce, easily repaired using almost any available materials, and provides comparable pound-for-pound performance with similar sub-automatic weapons. Although an unabashedly low-tech weapon, it excels at what it was designed for: killing anything right in front of you.

A mid-range anti-material weapon, the shoulder-mounted rocket launcher provides infantry squads with the means to effectively engage armored vehicles and installation gun emplacements. With pre-launch lock-on capabilities and intelligent swarm missiles, it is a man-portable system able to deliver devastating payloads against material targets. Key to its success is the swarm missile technology. Fired in salvos, each warhead is fitted with an onboard guidance controller, which introduces random deviations and unpredictable patterns into the swarm's flight path, allowing some, if not all, missiles in the salvo to defeat basic countermeasure systems.

A close-quarters melee weapon, the nova knife is as deadly a weapon as anything on the battlefield. Its name derives from the heated plasma edge of the blade – formed by a thermic igniter and linear gravity condenser – that, in skilled hands, can be used to carve through even the thickest dropsuit armor.

The Scrambler is a semi-automatic pistol originally designed and manufactured by Carthum Conglomerate. A small-scale directed energy weapon, it produces a laser-induced plasma channel capable of dealing short-range pin-point damage to a target. Power consumption is excessive, but is addressed via a rear-loaded fuel cell, allowing cells to be exchanged quickly and easily once exhausted. Moreover, advances in the polymers used in the weapon's construction have greatly reduced heat build-up and improved heat dissipation, resulting in improved reliability over earlier modules.

Using microscale railgun technology, the sniper rifle effectively weaponizes velocity, putting an inert round downrange in excess of 2,500m/s. The standard round is a 2-inch ‘beehive' flechette, loaded automatically from a center-mount pack. The pack design eliminates user intervention and minimizes reload time while simultaneously allowing for future upgradeability; different ammunition configurations require nothing more than switching out the rifle's pack.

Designed for close-range combat, the shotgun is a spread weapon with tremendous stopping power. Unlike traditional cyclotron designs, a walled centrifugal well is used to simultaneously shunt dozens of plasma charges, generating a wide-pattern ‘kill spread' that is lethal over short distances. The excessive recoil produced by each discharge is absorbed by the pneumatic armature, allowing the weapon to be fired repeatedly without significant injury to the user. The operator controlled crank-action flushes coolant through the interior well before cycling additional rounds into the chamber.

The result of years of R&D, the bolt pistol is a high-impact handgun capable of firing kinetic projectiles with pinpoint accuracy. Building upon its copious experience with microscale rail weaponry, Kaalakiota has further refined the technology to produce what is commonly regarded as the most powerful handgun on the market. Central to its success is a smart sensor that bleeds off a minute amount of dropsuit energy at the moment of discharge, dissipating the sharp recoil impulse through the suit’s internal membrane and greatly reducing the peak force of each shot. This seemingly minor innovation is what makes accurate fire of the weapon possible without the need for an external mounting.

Adapted from Deep Core Mining Inc.'s proprietary technology, the DCMA S-1 subverts conventional expectations of what a man-portable anti-material weapons platform is capable of. Despite its excessive weight and extended recharge time, the “Forge Gun” as it has become known, is regarded as the most devastating infantry weapon on the battlefield, and an invaluable tool for those capable of wielding it. Powered by a Gemini microcapacitor, the forge gun utilizes a stored electric charge to fire kinetic slugs at speeds in excess of 7,000 m/s, enough to penetrate even augmented armor systems. During the pre-fire charge, the forward armature locks into position, stabilizing the magnetic field and helping to shield the user from backscatter and the excessive heat produced. Power generation remains the single largest drawback of the current design, the onboard capacitor requiring a significant amount of time to reach full power after each discharge.

The magsec is a semi-automatic firearm capable of sustained, accurate fire at ranges beyond what conventional sidearms can offer. A high-speed slider feeds current to a magazine of hyper velocity projectiles that are discharged with minimal separation, maximizing energy efficiency and reducing flux shear to produce a weapon with lethal kinetic potential. Having overcome early reliability issues, manufacturers have since taken advantage of the weapon’s modular design; the magsec has been made available in multiple combat configurations – including optical sights and silenced operation – and is in widespread service throughout the cluster.

Part of Kaalakiota’s Stahl line of weaponry, the rail rifle is a fast-firing precision weapon designed for field operations where penetrative power and range are paramount. Developed using the corporation’s proprietary microscale technology, the rail rifle solves oversaturation issues endemic to sustained fire electromagnetic weaponry. However, its greater range and power are offset by a smaller magazine capacity and lower rate of fire than similarly classified weapons. The foregrip design aids stabilization and remains cool to the touch even during prolonged discharge where the barrel can exceed mean operating temperatures. Featuring a reinforced subassembly and compact, heavy-barrel design, the rail rifle is the premier fully automatic microscale weapon available today.

Using microscale railgun technology, the sniper rifle effectively weaponizes velocity, putting an inert round downrange in excess of 2,500m/s. The standard round is a 2-inch ‘beehive' flechette, loaded automatically from a center-mount pack. The pack design eliminates user intervention and minimizes reload time while simultaneously allowing for future upgradeability; different ammunition configurations require nothing more than switching out the rifle's pack.

Conceived by Duvolle Laboratories, a corporation best known for its ceaseless R&D, the G75-VLB solves many of the problems inherent in mass-manufactured plasma weapons. The result is a weapon that offers improved accuracy and greater containment field stability (which equates to faster, longer bursts of fire) than anything in its class. It is a magazine-fed, short-to-mid range weapon offering fully automatic fire. Charged plasma munitions are pumped into a cyclotron that converts the plasma into a highly lethal bolt before it is expelled from the chamber. Upon impact with the target, the magnetic field surrounding the bolt collapses, venting superheated plasma onto the contact point.

The plasma cannon is a single-shot, direct-fire weapon developed by Allotek Industries primarily for use in urban operations and confined space combat. The dense plasma discharge it generates is highly unstable, decaying rapidly and venting sufficient heat and energy to severely damage targets caught within its critical emission radius. During the short pre-fire charge, ultracold plasma is prepared and then heated inside a magneto-core trap. Just prior to discharge, a small precursor projectile is fired that produces (and is ultimately consumed by) a short-lived trail that helps guide and contain the volatile discharge as it travels towards its target.

The Scrambler is a semi-automatic pistol originally designed and manufactured by Carthum Conglomerate. A small-scale directed energy weapon, it produces a laser-induced plasma channel capable of dealing short-range pin-point damage to a target. Power consumption is excessive, but is addressed via a rear-loaded fuel cell, allowing cells to be exchanged quickly and easily once exhausted. Moreover, advances in the polymers used in the weapon's construction have greatly reduced heat build-up and improved heat dissipation, resulting in improved reliability over earlier modules.

Designed for close-range combat, the shotgun is a spread weapon with tremendous stopping power. Unlike traditional cyclotron designs, a walled centrifugal well is used to simultaneously shunt dozens of plasma charges, generating a wide-pattern ‘kill spread' that is lethal over short distances. The excessive recoil produced by each discharge is absorbed by the pneumatic armature, allowing the weapon to be fired repeatedly without significant injury to the user. The operator controlled crank-action flushes coolant through the interior well before cycling additional rounds into the chamber.

Conceived by Duvolle Laboratories, a corporation best known for its ceaseless R&D, the G75-VLB solves many of the problems inherent in mass-manufactured plasma weapons. The result is a weapon that offers improved accuracy and greater containment field stability (which equates to faster, longer bursts of fire) than anything in its class. It is a magazine-fed, short-to-mid range weapon offering fully automatic fire. Charged plasma munitions are pumped into a cyclotron that converts the plasma into a highly lethal bolt before it is expelled from the chamber. Upon impact with the target, the magnetic field surrounding the bolt collapses, venting superheated plasma onto the contact point.

A rare weapon salvaged from the battlefield

A rare weapon salvaged from the battlefield

The plasma cannon is a single-shot, direct-fire weapon developed by Allotek Industries primarily for use in urban operations and confined space combat. The dense plasma discharge it generates is highly unstable, decaying rapidly and venting sufficient heat and energy to severely damage targets caught within its critical emission radius. During the short pre-fire charge, ultracold plasma is prepared and then heated inside a magneto-core trap. Just prior to discharge, a small precursor projectile is fired that produces (and is ultimately consumed by) a short-lived trail that helps guide and contain the volatile discharge as it travels towards its target.

Using microscale railgun technology, the sniper rifle effectively weaponizes velocity, putting an inert round downrange in excess of 2,500m/s. The standard round is a 2-inch ‘beehive' flechette, loaded automatically from a center-mount pack. The pack design eliminates user intervention and minimizes reload time while simultaneously allowing for future upgradeability; different ammunition configurations require nothing more than switching out the rifle's pack.

The AV grenade is a high-explosive homing charge that automatically targets any hostile vehicle within its seek range.

The AV grenade is a high-explosive homing charge that automatically targets any hostile vehicle within its seek range.

The laser rifle is a continuous wave, medium range weapon. Targets are ‘painted’ with a high intensity beam that deals sustained, focused damage in a concentrated area to maximize damage potential. At the core of the weapon is the thermal cavity, within which an optic spacer converges and blends three individually pumped beams into a single coherent output. The additional distortion introduced by each beam results in weakened output at close range, but as the weapon warms up to mean operating temperature the wavelength stabilizes and the damage output increases significantly, producing a weapon of unmatched precision and lethality in mid-range combat. Heat build-up is typically managed by a self-regulating failsafe, a device used to forcibly shut the weapon off at regular intervals, flushing heat from its internal workings and preventing lethal feedback to the user, but most laser rifles in the field have been altered to bypass the built-in safety protocols.

The Locus is a timed-fuse fragmentation explosive that is highly effective against dropsuit armor.

A gas-operated, short-barreled weapon, the combat rifle is a semi-automatic weapon well-suited to both short and medium range combat. Classified as a light support weapon, it is typically employed in target-rich environments where the high volume of fire produced enables operators to engage multiple targets in rapid succession, whilst the weapon’s extended range keeps the operator just beyond the threat threshold of most standard assault rifles. Its advanced bullpup configuration reduces weapon weight and improves maneuverability making it the ideal cross-over weapon for urban and field combat. The modular design has more practical advantages as well in that it’s cheap to maintain and easily replaced if damaged, making it one of the most reliable weapons in service today.

The Locus is a timed-fuse fragmentation explosive that is highly effective against dropsuit armor.

Favoring function over form, the SMG is a lightweight, semi-automatic weapon designed for close-quarters combat. What it lacks in stopping power and accuracy it grossly overcompensates for with quantity. Designed to injure and impede, the hailstorm of bullets the SMG produces is most effective in tight spaces against multiple targets. This original design is a paradigm of Minmatar construction. An inelegant, but reliable weapon solution that is simple to produce, easily repaired using almost any available materials, and provides comparable pound-for-pound performance with similar sub-automatic weapons. Although an unabashedly low-tech weapon, it excels at what it was designed for: killing anything right in front of you.

Favoring function over form, the SMG is a lightweight, semi-automatic weapon designed for close-quarters combat. What it lacks in stopping power and accuracy it grossly overcompensates for with quantity. Designed to injure and impede, the hailstorm of bullets the SMG produces is most effective in tight spaces against multiple targets. This original design is a paradigm of Minmatar construction. An inelegant, but reliable weapon solution that is simple to produce, easily repaired using almost any available materials, and provides comparable pound-for-pound performance with similar sub-automatic weapons. Although an unabashedly low-tech weapon, it excels at what it was designed for: killing anything right in front of you.

The Locus is a timed-fuse fragmentation explosive that is highly effective against dropsuit armor.

The magsec is a semi-automatic firearm capable of sustained, accurate fire at ranges beyond what conventional sidearms can offer. A high-speed slider feeds current to a magazine of hyper velocity projectiles that are discharged with minimal separation, maximizing energy efficiency and reducing flux shear to produce a weapon with lethal kinetic potential. Having overcome early reliability issues, manufacturers have since taken advantage of the weapon’s modular design; the magsec has been made available in multiple combat configurations – including optical sights and silenced operation – and is in widespread service throughout the cluster.

The Mass Driver is a semi-automatic, multi-shot grenade launcher useful as both a breaching tool and area denial weapon. Firing smart HIND explosive rounds, the weapon is highly effective against all forms of dropsuit and light vehicle, while its lightweight frame and compact design make it easy to wield in both urban and open terrain engagements.

A multi-barrel, rotary drive machine gun, the HMG is a singularly devastating anti-infantry weapon. Eschewing the advantages of a lighter frame in favor of stopping power, the exponentially increased heat and vibration produced by this Boundless Creation developed weapon makes it almost unbearable to fire. Yet despite this fact, its above average hit ratio and extreme rate of fire has earned it the nickname “Death's Engine.” Unlike earlier models, the weapon requires no spool up time; rounds are expelled the instant the trigger is pressed. This comes at the cost of initially reduced accuracy as the counter-rotating drives slowly align. Once fully aligned, however, the HMG produces a pinpoint stream of gunfire with unmatched killing potential.

The Miasma grenade creates an impenetrable shroud that distorts suit optics and obscures sight. NOTE: This is a test grenade.

Blaster technology harnesses magnetic containment fields to project superheated energy over short distances.

The railgun weaponizes velocity by using magnetic fields to accelerate projectiles to hypersonic speeds.

Blaster technology harnesses magnetic containment fields to project superheated energy over short distances.

The railgun weaponizes velocity by using magnetic fields to accelerate projectiles to hypersonic speeds.

A gas-operated, short-barreled weapon, the combat rifle is a semi-automatic weapon well-suited to both short and medium range combat. Classified as a light support weapon, it is typically employed in target-rich environments where the high volume of fire produced enables operators to engage multiple targets in rapid succession, whilst the weapon’s extended range keeps the operator just beyond the threat threshold of most standard assault rifles.

Part of Kaalakiota’s Stahl line of weaponry, the rail rifle is a fast-firing precision weapon designed for field operations where penetrative power and range are paramount. Developed using the corporation’s proprietary microscale technology, the rail rifle solves oversaturation issues endemic to sustained fire electromagnetic weaponry. However, its greater range and power are offset by a smaller magazine capacity and lower rate of fire than similarly classified weapons. The foregrip design aids stabilization and remains cool to the touch even during prolonged discharge where the barrel can exceed mean operating temperatures. Featuring a reinforced subassembly and compact, heavy-barrel design, the rail rifle is the premier fully automatic microscale weapon available today.

Conceived by Duvolle Laboratories, a corporation best known for its ceaseless R&D, the G75-VLB solves many of the problems inherent in mass-manufactured plasma weapons. The result is a weapon that offers improved accuracy and greater containment field stability (which equates to faster, longer bursts of fire) than anything in its class. It is a magazine-fed, short-to-mid range weapon offering fully automatic fire. Charged plasma munitions are pumped into a cyclotron that converts the plasma into a highly lethal bolt before it is expelled from the chamber. Upon impact with the target, the magnetic field surrounding the bolt collapses, venting superheated plasma onto the contact point.

Conceived by Duvolle Laboratories, a corporation best known for its ceaseless R&D, the G75-VLB solves many of the problems inherent in mass-manufactured plasma weapons. The result is a weapon that offers improved accuracy and greater containment field stability (which equates to faster, longer bursts of fire) than anything in its class. It is a magazine-fed, short-to-mid range weapon offering fully automatic fire. Charged plasma munitions are pumped into a cyclotron that converts the plasma into a highly lethal bolt before it is expelled from the chamber. Upon impact with the target, the magnetic field surrounding the bolt collapses, venting superheated plasma onto the contact point.

The scrambler rifle is a selective-fire weapon capable of semi-automatic and charged fire. Each shot produces a pulse of sinuous energy capable of penetrating shield and metal. By keeping pressure on the trigger, the operator can control the power of each discharge, scaling it to produce an intense pulse of energy fatal to soft targets. The added power output does come with downsides, most notably increased heat build-up; left unmanaged, thermal stresses age the focusing crystal prematurely, resulting in splintering and potentially lethal feedback. Despite this and several other issues – increased heft, poor reliability, and high manufacturing cost – the scrambler rifle is widely available and in service on battlefields clusterwide.

The AV grenade is a high-explosive homing charge that automatically targets any hostile vehicle within its seek range. The Militia variant is standard-issue for all new recruits.

The AV grenade is a high-explosive homing charge that automatically targets any hostile vehicle within its seek range. The Militia variant is standard-issue for all new recruits.

The result of years of R&D, the bolt pistol is a high-impact handgun capable of firing kinetic projectiles with pinpoint accuracy. Building upon its copious experience with microscale rail weaponry, Kaalakiota has further refined the technology to produce what is commonly regarded as the most powerful handgun on the market. Central to its success is a smart sensor that bleeds off a minute amount of dropsuit energy at the moment of discharge, dissipating the sharp recoil impulse through the suit’s internal membrane and greatly reducing the peak force of each shot. This seemingly minor innovation is what makes accurate fire of the weapon possible without the need for an external mounting.

The result of years of R&D, the bolt pistol is a high-impact handgun capable of firing kinetic projectiles with pinpoint accuracy. Building upon its copious experience with microscale rail weaponry, Kaalakiota has further refined the technology to produce what is commonly regarded as the most powerful handgun on the market. Central to its success is a smart sensor that bleeds off a minute amount of dropsuit energy at the moment of discharge, dissipating the sharp recoil impulse through the suit’s internal membrane and greatly reducing the peak force of each shot. This seemingly minor innovation is what makes accurate fire of the weapon possible without the need for an external mounting.

A gas-operated, short-barreled weapon, the combat rifle is a semi-automatic weapon well-suited to both short and medium range combat. Classified as a light support weapon, it is typically employed in target-rich environments where the high volume of fire produced enables operators to engage multiple targets in rapid succession, whilst the weapon’s extended range keeps the operator just beyond the threat threshold of most standard assault rifles. Its advanced bullpup configuration reduces weapon weight and improves maneuverability making it the ideal cross-over weapon for urban and field combat. The modular design has more practical advantages as well in that it’s cheap to maintain and easily replaced if damaged, making it one of the most reliable weapons in service today.

A gas-operated, short-barreled weapon, the combat rifle is a semi-automatic weapon well-suited to both short and medium range combat. Classified as a light support weapon, it is typically employed in target-rich environments where the high volume of fire produced enables operators to engage multiple targets in rapid succession, whilst the weapon’s extended range keeps the operator just beyond the threat threshold of most standard assault rifles. Its advanced bullpup configuration reduces weapon weight and improves maneuverability making it the ideal cross-over weapon for urban and field combat. The modular design has more practical advantages as well in that it’s cheap to maintain and easily replaced if damaged, making it one of the most reliable weapons in service today.

The flaylock is a snub-nosed pistol designed to fire one-inch direct attack missiles. Typically, the weapon is armed with pack-loaded dumbfire or seeker missiles effective against infantry and armored targets, but is fully compatible with a broad range of missile types, making it one of the most versatile sidearm weapons on the battlefield. Seeker missiles utilize pre-launch lock-on and rudimentary self-guidance to track designated targets, though finite propellant limits the practical engagement zone to short ranges. Although less effective against shielded targets, the tandem warhead allows penetration of armor layers before detonation, amplifying the effectiveness of the narrow fragment stream and maximizing each projectile’s lethality.

The flaylock is a snub-nosed pistol designed to fire one-inch direct attack missiles. Typically, the weapon is armed with pack-loaded dumbfire or seeker missiles effective against infantry and armored targets, but is fully compatible with a broad range of missile types, making it one of the most versatile sidearm weapons on the battlefield. Seeker missiles utilize pre-launch lock-on and rudimentary self-guidance to track designated targets, though finite propellant limits the practical engagement zone to short ranges. Although less effective against shielded targets, the tandem warhead allows penetration of armor layers before detonation, amplifying the effectiveness of the narrow fragment stream and maximizing each projectile’s lethality.

The Flux grenade is a hand-thrown wave shaper designed to destroy low-level electronic equipment and disrupt shielding. The Militia variant is standard-issue for all new recruits.

The Locus is a timed-fuse fragmentation explosive that is highly effective against dropsuit armor. The Militia variant is standard-issue for all new recruits.

Adapted from Deep Core Mining Inc.'s proprietary technology, the DCMA S-1 subverts conventional expectations of what a man-portable anti-material weapons platform is capable of. Despite its excessive weight and extended recharge time, the “Forge Gun” as it has become known, is regarded as the most devastating infantry weapon on the battlefield, and an invaluable tool for those capable of wielding it. Powered by a Gemini microcapacitor, the forge gun utilizes a stored electric charge to fire kinetic slugs at speeds in excess of 7,000 m/s, enough to penetrate even augmented armor systems. During the pre-fire charge, the forward armature locks into position, stabilizing the magnetic field and helping to shield the user from backscatter and the excessive heat produced. Power generation remains the single largest drawback of the current design, the onboard capacitor requiring a significant amount of time to reach full power after each discharge.

Adapted from Deep Core Mining Inc.'s proprietary technology, the DCMA S-1 subverts conventional expectations of what a man-portable anti-material weapons platform is capable of. Despite its excessive weight and extended recharge time, the “Forge Gun” as it has become known, is regarded as the most devastating infantry weapon on the battlefield, and an invaluable tool for those capable of wielding it. Powered by a Gemini microcapacitor, the forge gun utilizes a stored electric charge to fire kinetic slugs at speeds in excess of 7,000 m/s, enough to penetrate even augmented armor systems. During the pre-fire charge, the forward armature locks into position, stabilizing the magnetic field and helping to shield the user from backscatter and the excessive heat produced. Power generation remains the single largest drawback of the current design, the onboard capacitor requiring a significant amount of time to reach full power after each discharge.

A multi-barrel, rotary drive machine gun, the HMG is a singularly devastating anti-infantry weapon. Eschewing the advantages of a lighter frame in favor of stopping power, the exponentially increased heat and vibration produced by this Boundless Creation developed weapon makes it almost unbearable to fire. Yet despite this fact, its above average hit ratio and extreme rate of fire has earned it the nickname “Death's Engine.” Unlike earlier models, the weapon requires no spool up time; rounds are expelled the instant the trigger is pressed. This comes at the cost of initially reduced accuracy as the counter-rotating drives slowly align. Once fully aligned, however, the HMG produces a pinpoint stream of gunfire with unmatched killing potential.

A multi-barrel, rotary drive machine gun, the HMG is a singularly devastating anti-infantry weapon. Eschewing the advantages of a lighter frame in favor of stopping power, the exponentially increased heat and vibration produced by this Boundless Creation developed weapon makes it almost unbearable to fire. Yet despite this fact, its above average hit ratio and extreme rate of fire has earned it the nickname “Death's Engine.” Unlike earlier models, the weapon requires no spool up time; rounds are expelled the instant the trigger is pressed. This comes at the cost of initially reduced accuracy as the counter-rotating drives slowly align. Once fully aligned, however, the HMG produces a pinpoint stream of gunfire with unmatched killing potential.

A ruthlessly efficient close-quarters weapon, the ion pistol fires charged plasma munitions that rupture shields and scorch armor. Each discharge is enveloped in an electrostatic sheath that reduces field distortion and increases stability. The improved dispersion and stopping power is not without drawbacks though, as the higher density of each slug generates excessive heat, enough to seize the weapon if the rate of fire is not carefully controlled. By overriding internal temperature controls, the weapon can be overcharged to produce a focused, bulk discharge of sufficient lethality to instantly neutralize most soft targets. Caution is advised however, as each overcharged shot will shut down internal systems until the excess heat can be flushed from the weapon’s core.

A ruthlessly efficient close-quarters weapon, the ion pistol fires charged plasma munitions that rupture shields and scorch armor. Each discharge is enveloped in an electrostatic sheath that reduces field distortion and increases stability. The improved dispersion and stopping power is not without drawbacks though, as the higher density of each slug generates excessive heat, enough to seize the weapon if the rate of fire is not carefully controlled. By overriding internal temperature controls, the weapon can be overcharged to produce a focused, bulk discharge of sufficient lethality to instantly neutralize most soft targets. Caution is advised however, as each overcharged shot will shut down internal systems until the excess heat can be flushed from the weapon’s core.

The laser rifle is a continuous wave, medium range weapon. Targets are ‘painted’ with a high intensity beam that deals sustained, focused damage in a concentrated area to maximize damage potential. At the core of the weapon is the thermal cavity, within which an optic spacer converges and blends three individually pumped beams into a single coherent output. The additional distortion introduced by each beam results in weakened output at close range, but as the weapon warms up to mean operating temperature the wavelength stabilizes and the damage output increases significantly, producing a weapon of unmatched precision and lethality in mid-range combat. Heat build-up is typically managed by a self-regulating failsafe, a device used to forcibly shut the weapon off at regular intervals, flushing heat from its internal workings and preventing lethal feedback to the user, but most laser rifles in the field have been altered to bypass the built-in safety protocols.

The laser rifle is a continuous wave, medium range weapon. Targets are ‘painted’ with a high intensity beam that deals sustained, focused damage in a concentrated area to maximize damage potential. At the core of the weapon is the thermal cavity, within which an optic spacer converges and blends three individually pumped beams into a single coherent output. The additional distortion introduced by each beam results in weakened output at close range, but as the weapon warms up to mean operating temperature the wavelength stabilizes and the damage output increases significantly, producing a weapon of unmatched precision and lethality in mid-range combat. Heat build-up is typically managed by a self-regulating failsafe, a device used to forcibly shut the weapon off at regular intervals, flushing heat from its internal workings and preventing lethal feedback to the user, but most laser rifles in the field have been altered to bypass the built-in safety protocols.

The Locus is a timed-fuse fragmentation explosive that is highly effective against dropsuit armor. The Militia variant is standard-issue for all new recruits.

The Locus is a timed-fuse fragmentation explosive that is highly effective against dropsuit armor. The Militia variant is standard-issue for all new recruits.

The magsec is a semi-automatic firearm capable of sustained, accurate fire at ranges beyond what conventional sidearms can offer. A high-speed slider feeds current to a magazine of hyper velocity projectiles that are discharged with minimal separation, maximizing energy efficiency and reducing flux shear to produce a weapon with lethal kinetic potential. Having overcome early reliability issues, manufacturers have since taken advantage of the weapon’s modular design; the magsec has been made available in multiple combat configurations – including optical sights and silenced operation – and is in widespread service throughout the cluster.

The magsec is a semi-automatic firearm capable of sustained, accurate fire at ranges beyond what conventional sidearms can offer. A high-speed slider feeds current to a magazine of hyper velocity projectiles that are discharged with minimal separation, maximizing energy efficiency and reducing flux shear to produce a weapon with lethal kinetic potential. Having overcome early reliability issues, manufacturers have since taken advantage of the weapon’s modular design; the magsec has been made available in multiple combat configurations – including optical sights and silenced operation – and is in widespread service throughout the cluster.

The Mass Driver is a semi-automatic, multi-shot grenade launcher useful as both a breaching tool and area denial weapon. Firing smart HIND explosive rounds, the weapon is highly effective against all forms of dropsuit and light vehicle, while its lightweight frame and compact design make it easy to wield in both urban and open terrain engagements.

The Mass Driver is a semi-automatic, multi-shot grenade launcher useful as both a breaching tool and area denial weapon. Firing smart HIND explosive rounds, the weapon is highly effective against all forms of dropsuit and light vehicle, while its lightweight frame and compact design make it easy to wield in both urban and open terrain engagements.

Missile launcher tech is comparatively unsophisticated. It's the missiles themselves and the supplementary tracking, targeting, and guidance systems comprising the delivery system that make missiles such deadly ordnance.

A close-quarters melee weapon, the nova knife is as deadly a weapon as anything on the battlefield. Its name derives from the heated plasma edge of the blade – formed by a thermal igniter and linear gravity condenser – that, in skilled hands, can be used to carve through even the thickest dropsuit armor.

A close-quarters melee weapon, the nova knife is as deadly a weapon as anything on the battlefield. Its name derives from the heated plasma edge of the blade – formed by a thermic igniter and linear gravity condenser – that, in skilled hands, can be used to carve through even the thickest dropsuit armor.

The plasma cannon is a single-shot, direct-fire weapon developed by Allotek Industries primarily for use in urban operations and confined space combat. The dense plasma discharge it generates is highly unstable, decaying rapidly and venting sufficient heat and energy to severely damage targets caught within its critical emission radius. During the short pre-fire charge, ultracold plasma is prepared and then heated inside a magneto-core trap. Just prior to discharge, a small precursor projectile is fired that produces (and is ultimately consumed by) a short-lived trail that helps guide and contain the volatile discharge as it travels towards its target.

The plasma cannon is a single-shot, direct-fire weapon developed by Allotek Industries primarily for use in urban operations and confined space combat. The dense plasma discharge it generates is highly unstable, decaying rapidly and venting sufficient heat and energy to severely damage targets caught within its critical emission radius. During the short pre-fire charge, ultracold plasma is prepared and then heated inside a magneto-core trap. Just prior to discharge, a small precursor projectile is fired that produces (and is ultimately consumed by) a short-lived trail that helps guide and contain the volatile discharge as it travels towards its target.

Part of Kaalakiota’s Stahl line of weaponry, the rail rifle is a fast-firing precision weapon designed for field operations where penetrative power and range are paramount. Developed using the corporation’s proprietary microscale technology, the rail rifle solves oversaturation issues endemic to sustained fire electromagnetic weaponry. However, its greater range and power are offset by a smaller magazine capacity and lower rate of fire than similarly classified weapons. The foregrip design aids stabilization and remains cool to the touch even during prolonged discharge where the barrel can exceed mean operating temperatures. Featuring a reinforced subassembly and compact, heavy-barrel design, the rail rifle is the premier fully automatic microscale weapon available today.

Part of Kaalakiota’s Stahl line of weaponry, the rail rifle is a fast-firing precision weapon designed for field operations where penetrative power and range are paramount. Developed using the corporation’s proprietary microscale technology, the rail rifle solves oversaturation issues endemic to sustained fire electromagnetic weaponry. However, its greater range and power are offset by a smaller magazine capacity and lower rate of fire than similarly classified weapons. The foregrip design aids stabilization and remains cool to the touch even during prolonged discharge where the barrel can exceed mean operating temperatures. Featuring a reinforced subassembly and compact, heavy-barrel design, the rail rifle is the premier fully automatic microscale weapon available today.

The Scrambler is a semi-automatic pistol originally designed and manufactured by Carthum Conglomerate. A small-scale directed energy weapon, it produces a laser-induced plasma channel capable of dealing short-range pin-point damage to a target. Power consumption is excessive, but is addressed via a rear-loaded fuel cell, allowing cells to be exchanged quickly and easily once exhausted. Moreover, advances in the polymers used in the weapon's construction have greatly reduced heat build-up and improved heat dissipation, resulting in improved reliability over earlier modules.

The Scrambler is a semi-automatic pistol originally designed and manufactured by Carthum Conglomerate. A small-scale directed energy weapon, it produces a laser-induced plasma channel capable of dealing short-range pin-point damage to a target. Power consumption is excessive, but is addressed via a rear-loaded fuel cell, allowing cells to be exchanged quickly and easily once exhausted. Moreover, advances in the polymers used in the weapon's construction have greatly reduced heat build-up and improved heat dissipation, resulting in improved reliability over earlier modules.

The scrambler rifle is a selective-fire weapon capable of semi-automatic and charged fire. Each shot produces a pulse of sinuous energy capable of penetrating shield and metal. By keeping pressure on the trigger, the operator can control the power of each discharge, scaling it to produce an intense pulse of energy fatal to soft targets. The added power output does come with downsides, most notably increased heat build-up; left unmanaged, thermal stresses age the focusing crystal prematurely, resulting in splintering and potentially lethal feedback. Despite this and several other issues – increased heft, poor reliability, and high manufacturing cost – the scrambler rifle is widely available and in service on battlefields clusterwide.

The scrambler rifle is a selective-fire weapon capable of semi-automatic and charged fire. Each shot produces a pulse of sinuous energy capable of penetrating shield and metal. By keeping pressure on the trigger, the operator can control the power of each discharge, scaling it to produce an intense pulse of energy fatal to soft targets. The added power output does come with downsides, most notably increased heat build-up; left unmanaged, thermal stresses age the focusing crystal prematurely, resulting in splintering and potentially lethal feedback. Despite this and several other issues – increased heft, poor reliability, and high manufacturing cost – the scrambler rifle is widely available and in service on battlefields clusterwide.

Designed for close-range combat, the shotgun is a spread weapon with tremendous stopping power. Unlike traditional cyclotron designs, a walled centrifugal well is used to simultaneously shunt dozens of plasma charges, generating a wide-pattern ‘kill spread' that is lethal over short distances. The excessive recoil produced by each discharge is absorbed by the pneumatic armature, allowing the weapon to be fired repeatedly without significant injury to the user. The operator controlled crank-action flushes coolant through the interior well before cycling additional rounds into the chamber.

Designed for close-range combat, the shotgun is a spread weapon with tremendous stopping power. Unlike traditional cyclotron designs, a walled centrifugal well is used to simultaneously shunt dozens of plasma charges, generating a wide-pattern ‘kill spread' that is lethal over short distances. The excessive recoil produced by each discharge is absorbed by the pneumatic armature, allowing the weapon to be fired repeatedly without significant injury to the user. The operator controlled crank-action flushes coolant through the interior well before cycling additional rounds into the chamber.

Using microscale railgun technology, the sniper rifle effectively weaponizes velocity, putting an inert round downrange in excess of 2,500m/s. The standard round is a 2-inch ‘beehive' flechette, loaded automatically from a center-mount pack. The pack design eliminates user intervention and minimizes reload time while simultaneously allowing for future upgradeability; different ammunition configurations require nothing more than switching out the rifle's pack.

Using microscale railgun technology, the sniper rifle effectively weaponizes velocity, putting an inert round downrange in excess of 2,500m/s. The standard round is a 2-inch ‘beehive' flechette, loaded automatically from a center-mount pack. The pack design eliminates user intervention and minimizes reload time while simultaneously allowing for future upgradeability; different ammunition configurations require nothing more than switching out the rifle's pack.

Favoring function over form, the SMG is a lightweight, semi-automatic weapon designed for close-quarters combat. What it lacks in stopping power and accuracy it grossly overcompensates for with quantity. Designed to injure and impede, the hailstorm of bullets the SMG produces is most effective in tight spaces against multiple targets. This original design is a paradigm of Minmatar construction. An inelegant, but reliable weapon solution that is simple to produce, easily repaired using almost any available materials, and provides comparable pound-for-pound performance with similar sub-automatic weapons. Although an unabashedly low-tech weapon, it excels at what it was designed for: killing anything right in front of you.

Favoring function over form, the SMG is a lightweight, semi-automatic weapon designed for close-quarters combat. What it lacks in stopping power and accuracy it grossly overcompensates for with quantity. Designed to injure and impede, the hailstorm of bullets the SMG produces is most effective in tight spaces against multiple targets. This original design is a paradigm of Minmatar construction. An inelegant, but reliable weapon solution that is simple to produce, easily repaired using almost any available materials, and provides comparable pound-for-pound performance with similar sub-automatic weapons. Although an unabashedly low-tech weapon, it excels at what it was designed for: killing anything right in front of you.

A mid-range anti-material weapon, the shoulder-mounted rocket launcher provides infantry squads with the means to effectively engage armored vehicles and installation gun emplacements. With pre-launch lock-on capabilities and intelligent swarm missiles, it is a man-portable system able to deliver devastating payloads against material targets. Key to its success is the swarm missile technology. Fired in salvos, each warhead is fitted with an onboard guidance controller, which introduces random deviations and unpredictable patterns into the swarm's flight path, allowing some, if not all, missiles in the salvo to defeat basic countermeasure systems.

A mid-range anti-material weapon, the shoulder-mounted rocket launcher provides infantry squads with the means to effectively engage armored vehicles and installation gun emplacements. With pre-launch lock-on capabilities and intelligent swarm missiles, it is a man-portable system able to deliver devastating payloads against material targets. Key to its success is the swarm missile technology. Fired in salvos, each warhead is fitted with an onboard guidance controller, which introduces random deviations and unpredictable patterns into the swarm's flight path, allowing some, if not all, missiles in the salvo to defeat basic countermeasure systems.

Missile launcher tech is comparatively unsophisticated. It's the missiles themselves and the supplementary tracking, targeting, and guidance systems comprising the delivery system that make missiles such deadly ordnance.

Missile launcher tech is comparatively unsophisticated. It's the missiles themselves and the supplementary tracking, targeting, and guidance systems comprising the delivery system that make missiles such deadly ordnance.

Missile launcher tech is comparatively unsophisticated. It's the missiles themselves and the supplementary tracking, targeting, and guidance systems comprising the delivery system that make missiles such deadly ordnance.

A multi-barrel, rotary drive machine gun, the HMG is a singularly devastating anti-infantry weapon. Eschewing the advantages of a lighter frame in favor of stopping power, the exponentially increased heat and vibration produced by this Boundless Creation developed weapon makes it almost unbearable to fire. Yet despite this fact, its above average hit ratio and extreme rate of fire has earned it the nickname “Death's Engine.” Unlike earlier models, the weapon requires no spool up time; rounds are expelled the instant the trigger is pressed. This comes at the cost of initially reduced accuracy as the counter-rotating drives slowly align. Once fully aligned, however, the HMG produces a pinpoint stream of gunfire with unmatched killing potential.

A multi-barrel, rotary drive machine gun, the HMG is a singularly devastating anti-infantry weapon. Eschewing the advantages of a lighter frame in favor of stopping power, the exponentially increased heat and vibration produced by this Boundless Creation developed weapon makes it almost unbearable to fire. Yet despite this fact, its above average hit ratio and extreme rate of fire has earned it the nickname “Death's Engine.” Unlike earlier models, the weapon requires no spool up time; rounds are expelled the instant the trigger is pressed. This comes at the cost of initially reduced accuracy as the counter-rotating drives slowly align. Once fully aligned, however, the HMG produces a pinpoint stream of gunfire with unmatched killing potential.

The magsec is a semi-automatic firearm capable of sustained, accurate fire at ranges beyond what conventional sidearms can offer. A high-speed slider feeds current to a magazine of hyper velocity projectiles that are discharged with minimal separation, maximizing energy efficiency and reducing flux shear to produce a weapon with lethal kinetic potential. Having overcome early reliability issues, manufacturers have since taken advantage of the weapon’s modular design; the magsec has been made available in multiple combat configurations – including optical sights and silenced operation – and is in widespread service throughout the cluster.

A rare weapon salvaged from the battlefield

A rare weapon salvaged from the battlefield

A close-quarters melee weapon, the nova knife is as deadly a weapon as anything on the battlefield. Its name derives from the heated plasma edge of the blade – formed by a thermic igniter and linear gravity condenser – that, in skilled hands, can be used to carve through even the thickest dropsuit armor.

Using microscale railgun technology, the sniper rifle effectively weaponizes velocity, putting an inert round downrange in excess of 2,500m/s. The standard round is a 2-inch ‘beehive' flechette, loaded automatically from a center-mount pack. The pack design eliminates user intervention and minimizes reload time while simultaneously allowing for future upgradeability; different ammunition configurations require nothing more than switching out the rifle's pack.

The AV grenade is a high-explosive homing charge that automatically targets any hostile vehicle within its seek range.

This is used for passenger positions. Please do not unpublish or delete this.

This is used for passenger positions. Please do not unpublish or delete this.

This is used for passenger positions. Please do not unpublish or delete this.

This is used for passenger positions. Please do not unpublish or delete this.

The plasma cannon is a single-shot, direct-fire weapon developed by Allotek Industries primarily for use in urban operations and confined space combat. The dense plasma discharge it generates is highly unstable, decaying rapidly and venting sufficient heat and energy to severely damage targets caught within its critical emission radius. During the short pre-fire charge, ultracold plasma is prepared and then heated inside a magneto-core trap. Just prior to discharge, a small precursor projectile is fired that produces (and is ultimately consumed by) a short-lived trail that helps guide and contain the volatile discharge as it travels towards its target.

Conceived by Duvolle Laboratories, a corporation best known for its ceaseless R&D, the G75-VLB solves many of the problems inherent in mass-manufactured plasma weapons. The result is a weapon that offers improved accuracy and greater containment field stability (which equates to faster, longer bursts of fire) than anything in its class. It is a magazine-fed, short-to-mid range weapon offering fully automatic fire. Charged plasma munitions are pumped into a cyclotron that converts the plasma into a highly lethal bolt before it is expelled from the chamber. Upon impact with the target, the magnetic field surrounding the bolt collapses, venting superheated plasma onto the contact point.

Adapted from Deep Core Mining Inc.'s proprietary technology, the DCMA S-1 subverts conventional expectations of what a man-portable anti-material weapons platform is capable of. Despite its excessive weight and extended recharge time, the “Forge Gun” as it has become known, is regarded as the most devastating infantry weapon on the battlefield, and an invaluable tool for those capable of wielding it. Powered by a Gemini microcapacitor, the Forge Gun utilizes a stored electric charge to fire kinetic slugs at speeds in excess of 7,000 m/s, enough to penetrate even augmented armor systems. During the pre-fire charge, the forward armature locks into position, stabilizing the magnetic field and helping to shield the user from backscatter and the excessive heat produced. Power generation remains the single largest drawback of the current design, the onboard capacitor requiring a significant amount of time to reach full power after each discharge.

A multi-barrel, rotary drive machine gun, the HMG is a singularly devastating anti-infantry weapon. Eschewing the advantages of a lighter frame in favor of stopping power, the exponentially increased heat and vibration produced by this Boundless Creation developed weapon makes it almost unbearable to fire. Yet despite this fact, its above average hit ratio and extreme rate of fire has earned it the nickname “Death's Engine.” Unlike earlier models, the weapon requires no spool up time; rounds are expelled the instant the trigger is pressed. This comes at the cost of initially reduced accuracy as the counter-rotating drives slowly align. Once fully aligned, however, the HMG produces a pinpoint stream of gunfire with unmatched killing potential.

The laser rifle is a continuous wave, medium range weapon equally effective against infantry and vehicles. Targets are ‘painted' with a high intensity beam that deals sustained, focused damage in a concentrated area to maximize damage potential. At the core of the weapon is the thermal cavity, within which an optic spacer converges and blends three individually pumped beams into a single coherent output. The additional distortion introduced by each beam results in weakened output initially, but as the weapon warms up to mean operating temperature, the wavelength stabilizes and the damage output increases significantly. Heat build-up is typically managed by a self-regulating failsafe, a device used to forcibly shut the weapon off at regular intervals, flushing heat from its internal workings and preventing lethal feedback to the user, but most laser rifles in the field have been altered to bypass the built-in safety protocols.

The Mass Driver is a semi-automatic, multi-shot grenade launcher useful as both a breaching tool and area denial weapon. Firing smart HIND explosive rounds, the weapon is highly effective against all forms of dropsuit and light vehicle, while its lightweight frame and compact design make it easy to wield in both urban and open terrain engagements.

Designed for close-range combat, the shotgun is a spread weapon with tremendous stopping power. Unlike traditional cyclotron designs, a walled centrifugal well is used to simultaneously shunt dozens of plasma charges, generating a wide-pattern ‘kill spread' that is lethal over short distances. The excessive recoil produced by each discharge is absorbed by the pneumatic armature, allowing the weapon to be fired repeatedly without significant injury to the user. The operator controlled crank-action flushes coolant through the interior well before cycling additional rounds into the chamber.

Using microscale railgun technology, the sniper rifle effectively weaponizes velocity, putting an inert round downrange in excess of 2,500m/s. The standard round is a 2-inch ‘beehive' flechette, loaded automatically from a center-mount pack. The pack design eliminates user intervention and minimizes reload time while simultaneously allowing for future upgradeability; different ammunition configurations require nothing more than switching out the rifle's pack.

A mid-range anti-material weapon, the shoulder-mounted rocket launcher provides infantry squads with the means to effectively engage armored vehicles and installation gun emplacements. With pre-launch lock-on capabilities and intelligent swarm missiles, it is a man-portable system able to deliver devastating payloads against material targets. Key to its success is the swarm missile technology. Fired in salvos, each warhead is fitted with an onboard guidance controller, which introduces random deviations and unpredictable patterns into the swarm's flight path, allowing some, if not all, missiles in the salvo to defeat basic countermeasure systems.

Part of Kaalakiota’s Stahl line of weaponry, the rail rifle is a fast-firing precision weapon designed for field operations where penetrative power and range are paramount. Developed using the corporation’s proprietary microscale technology, the rail rifle solves oversaturation issues endemic to sustained fire electromagnetic weaponry. However, its greater range and power are offset by a smaller magazine capacity and lower rate of fire than similarly classified weapons. The foregrip design aids stabilization and remains cool to the touch even during prolonged discharge where the barrel can exceed mean operating temperatures. Featuring a reinforced subassembly and compact, heavy-barrel design, the rail rifle is the premier fully automatic microscale weapon available today.

The railgun weaponizes velocity by using magnetic fields to accelerate projectiles to hypersonic speeds.

Conceived by Duvolle Laboratories, a corporation best known for its ceaseless R&D, the G75-VLB solves many of the problems inherent in mass-manufactured plasma weapons. The result is a weapon that offers improved accuracy and greater containment field stability (which equates to faster, longer bursts of fire) than anything in its class. It is a magazine-fed, short-to-mid range weapon offering fully automatic fire. Charged plasma munitions are pumped into a cyclotron that converts the plasma into a highly lethal bolt before it is expelled from the chamber. Upon impact with the target, the magnetic field surrounding the bolt collapses, venting superheated plasma onto the contact point.

Favoring function over form, the SMG is a lightweight, semi-automatic weapon designed for close-quarters combat. What it lacks in stopping power and accuracy it grossly overcompensates for with quantity. Designed to injure and impede, the hailstorm of bullets the SMG produces is most effective in tight spaces against multiple targets. This original design is a paradigm of Minmatar construction. An inelegant, but reliable weapon solution that is simple to produce, easily repaired using almost any available materials, and provides comparable pound-for-pound performance with similar sub-automatic weapons. Although an unabashedly low-tech weapon, it excels at what it was designed for: killing anything right in front of you.

Conceived by Duvolle Laboratories, a corporation best known for its ceaseless R&D, the G75-VLB solves many of the problems inherent in mass-manufactured plasma weapons. The result is a weapon that offers improved accuracy and greater containment field stability (which equates to faster, longer bursts of fire) than anything in its class. It is a magazine-fed, short-to-mid range weapon offering fully automatic fire. Charged plasma munitions are pumped into a cyclotron that converts the plasma into a highly lethal bolt before it is expelled from the chamber. Upon impact with the target, the magnetic field surrounding the bolt collapses, venting superheated plasma onto the contact point.

A gas-operated, short-barreled weapon, the combat rifle is a semi-automatic weapon well-suited to both short and medium range combat. Classified as a light support weapon, it is typically employed in target-rich environments where the high volume of fire produced enables operators to engage multiple targets in rapid succession, whilst the weapon’s extended range keeps the operator just beyond the threat threshold of most standard assault rifles.

A multi-barrel, rotary drive machine gun, the HMG is a singularly devastating anti-infantry weapon. Eschewing the advantages of a lighter frame in favor of stopping power, the exponentially increased heat and vibration produced by this Boundless Creation developed weapon makes it almost unbearable to fire. Yet despite this fact, its above average hit ratio and extreme rate of fire has earned it the nickname “Death's Engine.” Unlike earlier models, the weapon requires no spool up time; rounds are expelled the instant the trigger is pressed. This comes at the cost of initially reduced accuracy as the counter-rotating drives slowly align. Once fully aligned, however, the HMG produces a pinpoint stream of gunfire with unmatched killing potential.

A gas-operated, short-barreled weapon, the combat rifle is a semi-automatic weapon well-suited to both short and medium range combat. Classified as a light support weapon, it is typically employed in target-rich environments where the high volume of fire produced enables operators to engage multiple targets in rapid succession, whilst the weapon’s extended range keeps the operator just beyond the threat threshold of most standard assault rifles. Its advanced bullpup configuration reduces weapon weight and improves maneuverability making it the ideal cross-over weapon for urban and field combat. The modular design has more practical advantages as well in that it’s cheap to maintain and easily replaced if damaged, making it one of the most reliable weapons in service today.

The flaylock is a snub-nosed pistol designed to fire one-inch direct attack missiles. Typically, the weapon is armed with pack-loaded dumbfire or seeker missiles effective against infantry and armored targets, but is fully compatible with a broad range of missile types, making it one of the most versatile sidearm weapons on the battlefield. Seeker missiles utilize pre-launch lock-on and rudimentary self-guidance to track designated targets, though finite propellant limits the practical engagement zone to short ranges. Although less effective against shielded targets, the tandem warhead allows penetration of armor layers before detonation, amplifying the effectiveness of the narrow fragment stream and maximizing each projectile’s lethality.

The Mass Driver is a semi-automatic, multi-shot grenade launcher useful as both a breaching tool and area denial weapon. Firing smart HIND explosive rounds, the weapon is highly effective against all forms of dropsuit and light vehicle, while its lightweight frame and compact design make it easy to wield in both urban and open terrain engagements.

The flaylock is a snub-nosed pistol designed to fire one-inch direct attack missiles. Typically, the weapon is armed with pack-loaded dumbfire or seeker missiles effective against infantry and armored targets, but is fully compatible with a broad range of missile types, making it one of the most versatile sidearm weapons on the battlefield. Seeker missiles utilize pre-launch lock-on and rudimentary self-guidance to track designated targets, though finite propellant limits the practical engagement zone to short ranges. Although less effective against shielded targets, the tandem warhead allows penetration of armor layers before detonation, amplifying the effectiveness of the narrow fragment stream and maximizing each projectile’s lethality.

The Mass Driver is a semi-automatic, multi-shot grenade launcher useful as both a breaching tool and area denial weapon. Firing smart HIND explosive rounds, the weapon is highly effective against all forms of dropsuit and light vehicle, while its lightweight frame and compact design make it easy to wield in both urban and open terrain engagements.

The Mass Driver is a semi-automatic, multi-shot grenade launcher useful as both a breaching tool and area denial weapon. Firing smart HIND explosive rounds, the weapon is highly effective against all forms of dropsuit and light vehicle, while its lightweight frame and compact design make it easy to wield in both urban and open terrain engagements.

The flaylock is a snub-nosed pistol designed to fire one-inch direct attack missiles. Typically, the weapon is armed with pack-loaded dumbfire or seeker missiles effective against infantry and armored targets, but is fully compatible with a broad range of missile types, making it one of the most versatile sidearm weapons on the battlefield. Seeker missiles utilize pre-launch lock-on and rudimentary self-guidance to track designated targets, though finite propellant limits the practical engagement zone to short ranges. Although less effective against shielded targets, the tandem warhead allows penetration of armor layers before detonation, amplifying the effectiveness of the narrow fragment stream and maximizing each projectile’s lethality.

A multi-barrel, rotary drive machine gun, the HMG is a singularly devastating anti-infantry weapon. Eschewing the advantages of a lighter frame in favor of stopping power, the exponentially increased heat and vibration produced by this Boundless Creation developed weapon makes it almost unbearable to fire. Yet despite this fact, its above average hit ratio and extreme rate of fire has earned it the nickname “Death's Engine.” Unlike earlier models, the weapon requires no spool up time; rounds are expelled the instant the trigger is pressed. This comes at the cost of initially reduced accuracy as the counter-rotating drives slowly align. Once fully aligned, however, the HMG produces a pinpoint stream of gunfire with unmatched killing potential.

Favoring function over form, the SMG is a lightweight, semi-automatic weapon designed for close-quarters combat. What it lacks in stopping power and accuracy it grossly overcompensates for with quantity. Designed to injure and impede, the hailstorm of bullets the SMG produces is most effective in tight spaces against multiple targets. This original design is a paradigm of Minmatar construction. An inelegant, but reliable weapon solution that is simple to produce, easily repaired using almost any available materials, and provides comparable pound-for-pound performance with similar sub-automatic weapons. Although an unabashedly low-tech weapon, it excels at what it was designed for: killing anything right in front of you.

The Mass Driver is a semi-automatic, multi-shot grenade launcher useful as both a breaching tool and area denial weapon. Firing smart HIND explosive rounds, the weapon is highly effective against all forms of dropsuit and light vehicle, while its lightweight frame and compact design make it easy to wield in both urban and open terrain engagements.

A multi-barrel, rotary drive machine gun, the HMG is a singularly devastating anti-infantry weapon. Eschewing the advantages of a lighter frame in favor of stopping power, the exponentially increased heat and vibration produced by this Boundless Creation developed weapon makes it almost unbearable to fire. Yet despite this fact, its above average hit ratio and extreme rate of fire has earned it the nickname “Death's Engine.” Unlike earlier models, the weapon requires no spool up time; rounds are expelled the instant the trigger is pressed. This comes at the cost of initially reduced accuracy as the counter-rotating drives slowly align. Once fully aligned, however, the HMG produces a pinpoint stream of gunfire with unmatched killing potential.

Favoring function over form, the SMG is a lightweight, semi-automatic weapon designed for close-quarters combat. What it lacks in stopping power and accuracy it grossly overcompensates for with quantity. Designed to injure and impede, the hailstorm of bullets the SMG produces is most effective in tight spaces against multiple targets. This original design is a paradigm of Minmatar construction. An inelegant, but reliable weapon solution that is simple to produce, easily repaired using almost any available materials, and provides comparable pound-for-pound performance with similar sub-automatic weapons. Although an unabashedly low-tech weapon, it excels at what it was designed for: killing anything right in front of you.

Favoring function over form, the SMG is a lightweight, semi-automatic weapon designed for close-quarters combat. What it lacks in stopping power and accuracy it grossly overcompensates for with quantity. Designed to injure and impede, the hailstorm of bullets the SMG produces is most effective in tight spaces against multiple targets. This original design is a paradigm of Minmatar construction. An inelegant, but reliable weapon solution that is simple to produce, easily repaired using almost any available materials, and provides comparable pound-for-pound performance with similar sub-automatic weapons. Although an unabashedly low-tech weapon, it excels at what it was designed for: killing anything right in front of you.

Favoring function over form, the SMG is a lightweight, semi-automatic weapon designed for close-quarters combat. What it lacks in stopping power and accuracy it grossly overcompensates for with quantity. Designed to injure and impede, the hailstorm of bullets the SMG produces is most effective in tight spaces against multiple targets. This original design is a paradigm of Minmatar construction. An inelegant, but reliable weapon solution that is simple to produce, easily repaired using almost any available materials, and provides comparable pound-for-pound performance with similar sub-automatic weapons. Although an unabashedly low-tech weapon, it excels at what it was designed for: killing anything right in front of you.

Using microscale railgun technology, the sniper rifle effectively weaponizes velocity, putting an inert round downrange in excess of 2,500m/s. The standard round is a 2-inch ‘beehive' flechette, loaded automatically from a center-mount pack. The pack design eliminates user intervention and minimizes reload time while simultaneously allowing for future upgradeability; different ammunition configurations require nothing more than switching out the rifle's pack.

A gas-operated, short-barreled weapon, the combat rifle is a semi-automatic weapon well-suited to both short and medium range combat. Classified as a light support weapon, it is typically employed in target-rich environments where the high volume of fire produced enables operators to engage multiple targets in rapid succession, whilst the weapon’s extended range keeps the operator just beyond the threat threshold of most standard assault rifles. Its advanced bullpup configuration reduces weapon weight and improves maneuverability making it the ideal cross-over weapon for urban and field combat. The modular design has more practical advantages as well in that it’s cheap to maintain and easily replaced if damaged, making it one of the most reliable weapons in service today.

Part of Kaalakiota’s Stahl line of weaponry, the rail rifle is a fast-firing precision weapon designed for field operations where penetrative power and range are paramount. Developed using the corporation’s proprietary microscale technology, the rail rifle solves oversaturation issues endemic to sustained fire electromagnetic weaponry. However, its greater range and power are offset by a smaller magazine capacity and lower rate of fire than similarly classified weapons. The foregrip design aids stabilization and remains cool to the touch even during prolonged discharge where the barrel can exceed mean operating temperatures. Featuring a reinforced subassembly and compact, heavy-barrel design, the rail rifle is the premier fully automatic microscale weapon available today.

The Scrambler is a semi-automatic pistol originally designed and manufactured by Carthum Conglomerate. A small-scale directed energy weapon, it produces a laser-induced plasma channel capable of dealing short-range pin-point damage to a target. Power consumption is excessive, but is addressed via a rear-loaded fuel cell, allowing cells to be exchanged quickly and easily once exhausted. Moreover, advances in the polymers used in the weapon's construction have greatly reduced heat build-up and improved heat dissipation, resulting in improved reliability over earlier modules.

The scrambler rifle is a selective-fire weapon capable of semi-automatic and charged fire. Each shot produces a pulse of sinuous energy capable of penetrating shield and metal. By keeping pressure on the trigger, the operator can control the power of each discharge, scaling it to produce an intense pulse of energy fatal to soft targets. The added power output does come with downsides, most notably increased heat build-up; left unmanaged, thermal stresses age the focusing crystal prematurely, resulting in splintering and potentially lethal feedback. Despite this and several other issues – increased heft, poor reliability, and high manufacturing cost – the scrambler rifle is widely available and in service on battlefields clusterwide.

The flaylock is a snub-nosed pistol designed to fire one-inch direct attack missiles. Typically, the weapon is armed with pack-loaded dumbfire or seeker missiles effective against infantry and armored targets, but is fully compatible with a broad range of missile types, making it one of the most versatile sidearm weapons on the battlefield. Seeker missiles utilize pre-launch lock-on and rudimentary self-guidance to track designated targets, though finite propellant limits the practical engagement zone to short ranges. Although less effective against shielded targets, the tandem warhead allows penetration of armor layers before detonation, amplifying the effectiveness of the narrow fragment stream and maximizing each projectile’s lethality.

Designed for close-range combat, the shotgun is a spread weapon with tremendous stopping power. Unlike traditional cyclotron designs, a walled centrifugal well is used to simultaneously shunt dozens of plasma charges, generating a wide-pattern ‘kill spread' that is lethal over short distances. The excessive recoil produced by each discharge is absorbed by the pneumatic armature, allowing the weapon to be fired repeatedly without significant injury to the user. The operator controlled crank-action flushes coolant through the interior well before cycling additional rounds into the chamber.

A gas-operated, short-barreled weapon, the combat rifle is a semi-automatic weapon well-suited to both short and medium range combat. Classified as a light support weapon, it is typically employed in target-rich environments where the high volume of fire produced enables operators to engage multiple targets in rapid succession, whilst the weapon’s extended range keeps the operator just beyond the threat threshold of most standard assault rifles. Its advanced bullpup configuration reduces weapon weight and improves maneuverability making it the ideal cross-over weapon for urban and field combat. The modular design has more practical advantages as well in that it’s cheap to maintain and easily replaced if damaged, making it one of the most reliable weapons in service today.

A multi-barrel, rotary drive machine gun, the HMG is a singularly devastating anti-infantry weapon. Eschewing the advantages of a lighter frame in favor of stopping power, the exponentially increased heat and vibration produced by this Boundless Creation developed weapon makes it almost unbearable to fire. Yet despite this fact, its above average hit ratio and extreme rate of fire has earned it the nickname “Death's Engine.” Unlike earlier models, the weapon requires no spool up time; rounds are expelled the instant the trigger is pressed. This comes at the cost of initially reduced accuracy as the counter-rotating drives slowly align. Once fully aligned, however, the HMG produces a pinpoint stream of gunfire with unmatched killing potential.

Favoring function over form, the SMG is a lightweight, semi-automatic weapon designed for close-quarters combat. What it lacks in stopping power and accuracy it grossly overcompensates for with quantity. Designed to injure and impede, the hailstorm of bullets the SMG produces is most effective in tight spaces against multiple targets. This original design is a paradigm of Minmatar construction. An inelegant, but reliable weapon solution that is simple to produce, easily repaired using almost any available materials, and provides comparable pound-for-pound performance with similar sub-automatic weapons. Although an unabashedly low-tech weapon, it excels at what it was designed for: killing anything right in front of you.

Favoring function over form, the SMG is a lightweight, semi-automatic weapon designed for close-quarters combat. What it lacks in stopping power and accuracy it grossly overcompensates for with quantity. Designed to injure and impede, the hailstorm of bullets the SMG produces is most effective in tight spaces against multiple targets. This original design is a paradigm of Minmatar construction. An inelegant, but reliable weapon solution that is simple to produce, easily repaired using almost any available materials, and provides comparable pound-for-pound performance with similar sub-automatic weapons. Although an unabashedly low-tech weapon, it excels at what it was designed for: killing anything right in front of you.

Part of Kaalakiota’s Stahl line of weaponry, the rail rifle is a fast-firing precision weapon designed for field operations where penetrative power and range are paramount. Developed using the corporation’s proprietary microscale technology, the rail rifle solves oversaturation issues endemic to sustained fire electromagnetic weaponry. However, its greater range and power are offset by a smaller magazine capacity and lower rate of fire than similarly classified weapons. The foregrip design aids stabilization and remains cool to the touch even during prolonged discharge where the barrel can exceed mean operating temperatures. Featuring a reinforced subassembly and compact, heavy-barrel design, the rail rifle is the premier fully automatic microscale weapon available today.

The AV grenade is a high-explosive homing charge that automatically targets any hostile vehicle within its seek range.

The Locus is a timed-fuse fragmentation explosive that is highly effective against dropsuit armor.

Blaster technology harnesses magnetic containment fields to project superheated energy over short distances.

The railgun weaponizes velocity by using magnetic fields to accelerate projectiles to hypersonic speeds.

Missile launcher tech is comparatively unsophisticated. It's the missiles themselves and the supplementary tracking, targeting, and guidance systems comprising the delivery system that make missiles such deadly ordnance.

Using microscale railgun technology, the sniper rifle effectively weaponizes velocity, putting an inert round downrange in excess of 2,500m/s. The standard round is a 2-inch ‘beehive' flechette, loaded automatically from a center-mount pack. The pack design eliminates user intervention and minimizes reload time while simultaneously allowing for future upgradeability; different ammunition configurations require nothing more than switching out the rifle's pack.

Using microscale railgun technology, the sniper rifle effectively weaponizes velocity, putting an inert round downrange in excess of 2,500m/s. The standard round is a 2-inch ‘beehive' flechette, loaded automatically from a center-mount pack. The pack design eliminates user intervention and minimizes reload time while simultaneously allowing for future upgradeability; different ammunition configurations require nothing more than switching out the rifle's pack.

A rare weapon salvaged from the battlefield

The Scrambler is a semi-automatic pistol originally designed and manufactured by Carthum Conglomerate. A small-scale directed energy weapon, it produces a laser-induced plasma channel capable of dealing short-range pin-point damage to a target. Power consumption is excessive, but is addressed via a rear-loaded fuel cell, allowing cells to be exchanged quickly and easily once exhausted. Moreover, advances in the polymers used in the weapon's construction have greatly reduced heat build-up and improved heat dissipation, resulting in improved reliability over earlier modules.

Designed for close-range combat, the shotgun is a spread weapon with tremendous stopping power. Unlike traditional cyclotron designs, a walled centrifugal well is used to simultaneously shunt dozens of plasma charges, generating a wide-pattern ‘kill spread' that is lethal over short distances. The excessive recoil produced by each discharge is absorbed by the pneumatic armature, allowing the weapon to be fired repeatedly without significant injury to the user. The operator controlled crank-action flushes coolant through the interior well before cycling additional rounds into the chamber.

A mid-range anti-material weapon, the shoulder-mounted rocket launcher provides infantry squads with the means to effectively engage armored vehicles and installation gun emplacements. With pre-launch lock-on capabilities and intelligent swarm missiles, it is a man-portable system able to deliver devastating payloads against material targets. Key to its success is the swarm missile technology. Fired in salvos, each warhead is fitted with an onboard guidance controller, which introduces random deviations and unpredictable patterns into the swarm's flight path, allowing some, if not all, missiles in the salvo to defeat basic countermeasure systems.

The result of years of R&D, the bolt pistol is a high-impact handgun capable of firing kinetic projectiles with pinpoint accuracy. Building upon its copious experience with microscale rail weaponry, Kaalakiota has further refined the technology to produce what is commonly regarded as the most powerful handgun on the market. Central to its success is a smart sensor that bleeds off a minute amount of dropsuit energy at the moment of discharge, dissipating the sharp recoil impulse through the suit’s internal membrane and greatly reducing the peak force of each shot. This seemingly minor innovation is what makes accurate fire of the weapon possible without the need for an external mounting.

Missile launcher tech is comparatively unsophisticated. It's the missiles themselves and the supplementary tracking, targeting, and guidance systems comprising the delivery system that make missiles such deadly ordnance.

Missile launcher tech is comparatively unsophisticated. It's the missiles themselves and the supplementary tracking, targeting, and guidance systems comprising the delivery system that make missiles such deadly ordnance.

Missile launcher tech is comparatively unsophisticated. It's the missiles themselves and the supplementary tracking, targeting, and guidance systems comprising the delivery system that make missiles such deadly ordnance.

Missile launcher tech is comparatively unsophisticated. It's the missiles themselves and the supplementary tracking, targeting, and guidance systems comprising the delivery system that make missiles such deadly ordnance.

Missile launcher tech is comparatively unsophisticated. It's the missiles themselves and the supplementary tracking, targeting, and guidance systems comprising the delivery system that make missiles such deadly ordnance.

Missile launcher tech is comparatively unsophisticated. It's the missiles themselves and the supplementary tracking, targeting, and guidance systems comprising the delivery system that make missiles such deadly ordnance.

Missile launcher tech is comparatively unsophisticated. It's the missiles themselves and the supplementary tracking, targeting, and guidance systems comprising the delivery system that make missiles such deadly ordnance.

Missile launcher tech is comparatively unsophisticated. It's the missiles themselves and the supplementary tracking, targeting, and guidance systems comprising the delivery system that make missiles such deadly ordnance.

Conceived by Duvolle Laboratories, a corporation best known for its ceaseless R&D, the G75-VLB solves many of the problems inherent in mass-manufactured plasma weapons. The result is a weapon that offers improved accuracy and greater containment field stability (which equates to faster, longer bursts of fire) than anything in its class. It is a magazine-fed, short-to-mid range weapon offering fully automatic fire. Charged plasma munitions are pumped into a cyclotron that converts the plasma into a highly lethal bolt before it is expelled from the chamber. Upon impact with the target, the magnetic field surrounding the bolt collapses, venting superheated plasma onto the contact point.

The laser rifle is a continuous wave, medium range weapon. Targets are ‘painted’ with a high intensity beam that deals sustained, focused damage in a concentrated area to maximize damage potential. At the core of the weapon is the thermal cavity, within which an optic spacer converges and blends three individually pumped beams into a single coherent output. The additional distortion introduced by each beam results in weakened output at close range, but as the weapon warms up to mean operating temperature the wavelength stabilizes and the damage output increases significantly, producing a weapon of unmatched precision and lethality in mid-range combat. Heat build-up is typically managed by a self-regulating failsafe, a device used to forcibly shut the weapon off at regular intervals, flushing heat from its internal workings and preventing lethal feedback to the user, but most laser rifles in the field have been altered to bypass the built-in safety protocols.

The Scrambler is a semi-automatic pistol originally designed and manufactured by Carthum Conglomerate. A small-scale directed energy weapon, it produces a laser-induced plasma channel capable of dealing short-range pin-point damage to a target. Power consumption is excessive, but is addressed via a rear-loaded fuel cell, allowing cells to be exchanged quickly and easily once exhausted. Moreover, advances in the polymers used in the weapon's construction have greatly reduced heat build-up and improved heat dissipation, resulting in improved reliability over earlier modules.

Using microscale railgun technology, the sniper rifle effectively weaponizes velocity, putting an inert round downrange in excess of 2,500m/s. The standard round is a 2-inch ‘beehive' flechette, loaded automatically from a center-mount pack. The pack design eliminates user intervention and minimizes reload time while simultaneously allowing for future upgradeability; different ammunition configurations require nothing more than switching out the rifle's pack.

The railgun weaponizes velocity by using magnetic fields to accelerate projectiles to hypersonic speeds.

The railgun weaponizes velocity by using magnetic fields to accelerate projectiles to hypersonic speeds.

The railgun weaponizes velocity by using magnetic fields to accelerate projectiles to hypersonic speeds.

The railgun weaponizes velocity by using magnetic fields to accelerate projectiles to hypersonic speeds.

The railgun weaponizes velocity by using magnetic fields to accelerate projectiles to hypersonic speeds.

The railgun weaponizes velocity by using magnetic fields to accelerate projectiles to hypersonic speeds.

Part of Kaalakiota’s Stahl line of weaponry, the rail rifle is a fast-firing precision weapon designed for field operations where penetrative power and range are paramount. Developed using the corporation’s proprietary microscale technology, the rail rifle solves oversaturation issues endemic to sustained fire electromagnetic weaponry. However, its greater range and power are offset by a smaller magazine capacity and lower rate of fire than similarly classified weapons. The foregrip design aids stabilization and remains cool to the touch even during prolonged discharge where the barrel can exceed mean operating temperatures. Featuring a reinforced subassembly and compact, heavy-barrel design, the rail rifle is the premier fully automatic microscale weapon available today.

Missile launcher tech is comparatively unsophisticated. It's the missiles themselves and the supplementary tracking, targeting, and guidance systems comprising the delivery system that make missiles such deadly ordnance.

Missile launcher tech is comparatively unsophisticated. It's the missiles themselves and the supplementary tracking, targeting, and guidance systems comprising the delivery system that make missiles such deadly ordnance.

Using microscale railgun technology, the sniper rifle effectively weaponizes velocity, putting an inert round downrange in excess of 2,500m/s. The standard round is a 2-inch ‘beehive' flechette, loaded automatically from a center-mount pack. The pack design eliminates user intervention and minimizes reload time while simultaneously allowing for future upgradeability; different ammunition configurations require nothing more than switching out the rifle's pack.

A mid-range anti-material weapon, the shoulder-mounted rocket launcher provides infantry squads with the means to effectively engage armored vehicles and installation gun emplacements. With pre-launch lock-on capabilities and intelligent swarm missiles, it is a man-portable system able to deliver devastating payloads against material targets. Key to its success is the swarm missile technology. Fired in salvos, each warhead is fitted with an onboard guidance controller, which introduces random deviations and unpredictable patterns into the swarm's flight path, allowing some, if not all, missiles in the salvo to defeat basic countermeasure systems.

Part of Kaalakiota’s Stahl line of weaponry, the rail rifle is a fast-firing precision weapon designed for field operations where penetrative power and range are paramount. Developed using the corporation’s proprietary microscale technology, the rail rifle solves oversaturation issues endemic to sustained fire electromagnetic weaponry. However, its greater range and power are offset by a smaller magazine capacity and lower rate of fire than similarly classified weapons. The foregrip design aids stabilization and remains cool to the touch even during prolonged discharge where the barrel can exceed mean operating temperatures. Featuring a reinforced subassembly and compact, heavy-barrel design, the rail rifle is the premier fully automatic microscale weapon available today.

Using microscale railgun technology, the sniper rifle effectively weaponizes velocity, putting an inert round downrange in excess of 2,500m/s. The standard round is a 2-inch ‘beehive' flechette, loaded automatically from a center-mount pack. The pack design eliminates user intervention and minimizes reload time while simultaneously allowing for future upgradeability; different ammunition configurations require nothing more than switching out the rifle's pack.

Part of Kaalakiota’s Stahl line of weaponry, the rail rifle is a fast-firing precision weapon designed for field operations where penetrative power and range are paramount. Developed using the corporation’s proprietary microscale technology, the rail rifle solves oversaturation issues endemic to sustained fire electromagnetic weaponry. However, its greater range and power are offset by a smaller magazine capacity and lower rate of fire than similarly classified weapons. The foregrip design aids stabilization and remains cool to the touch even during prolonged discharge where the barrel can exceed mean operating temperatures. Featuring a reinforced subassembly and compact, heavy-barrel design, the rail rifle is the premier fully automatic microscale weapon available today.

Using microscale railgun technology, the sniper rifle effectively weaponizes velocity, putting an inert round downrange in excess of 2,500m/s. The standard round is a 2-inch ‘beehive' flechette, loaded automatically from a center-mount pack. The pack design eliminates user intervention and minimizes reload time while simultaneously allowing for future upgradeability; different ammunition configurations require nothing more than switching out the rifle's pack.

Part of Kaalakiota’s Stahl line of weaponry, the rail rifle is a fast-firing precision weapon designed for field operations where penetrative power and range are paramount. Developed using the corporation’s proprietary microscale technology, the rail rifle solves oversaturation issues endemic to sustained fire electromagnetic weaponry. However, its greater range and power are offset by a smaller magazine capacity and lower rate of fire than similarly classified weapons. The foregrip design aids stabilization and remains cool to the touch even during prolonged discharge where the barrel can exceed mean operating temperatures. Featuring a reinforced subassembly and compact, heavy-barrel design, the rail rifle is the premier fully automatic microscale weapon available today.

Using microscale railgun technology, the sniper rifle effectively weaponizes velocity, putting an inert round downrange in excess of 2,500m/s. The standard round is a 2-inch ‘beehive' flechette, loaded automatically from a center-mount pack. The pack design eliminates user intervention and minimizes reload time while simultaneously allowing for future upgradeability; different ammunition configurations require nothing more than switching out the rifle's pack.

Part of Kaalakiota’s Stahl line of weaponry, the rail rifle is a fast-firing precision weapon designed for field operations where penetrative power and range are paramount. Developed using the corporation’s proprietary microscale technology, the rail rifle solves oversaturation issues endemic to sustained fire electromagnetic weaponry. However, its greater range and power are offset by a smaller magazine capacity and lower rate of fire than similarly classified weapons. The foregrip design aids stabilization and remains cool to the touch even during prolonged discharge where the barrel can exceed mean operating temperatures. Featuring a reinforced subassembly and compact, heavy-barrel design, the rail rifle is the premier fully automatic microscale weapon available today.

Part of Kaalakiota’s Stahl line of weaponry, the rail rifle is a fast-firing precision weapon designed for field operations where penetrative power and range are paramount. Developed using the corporation’s proprietary microscale technology, the rail rifle solves oversaturation issues endemic to sustained fire electromagnetic weaponry. However, its greater range and power are offset by a smaller magazine capacity and lower rate of fire than similarly classified weapons. The foregrip design aids stabilization and remains cool to the touch even during prolonged discharge where the barrel can exceed mean operating temperatures. Featuring a reinforced subassembly and compact, heavy-barrel design, the rail rifle is the premier fully automatic microscale weapon available today.

Part of Kaalakiota’s Stahl line of weaponry, the rail rifle is a fast-firing precision weapon designed for field operations where penetrative power and range are paramount. Developed using the corporation’s proprietary microscale technology, the rail rifle solves oversaturation issues endemic to sustained fire electromagnetic weaponry. However, its greater range and power are offset by a smaller magazine capacity and lower rate of fire than similarly classified weapons. The foregrip design aids stabilization and remains cool to the touch even during prolonged discharge where the barrel can exceed mean operating temperatures. Featuring a reinforced subassembly and compact, heavy-barrel design, the rail rifle is the premier fully automatic microscale weapon available today.

Using microscale railgun technology, the sniper rifle effectively weaponizes velocity, putting an inert round downrange in excess of 2,500m/s. The standard round is a 2-inch ‘beehive' flechette, loaded automatically from a center-mount pack. The pack design eliminates user intervention and minimizes reload time while simultaneously allowing for future upgradeability; different ammunition configurations require nothing more than switching out the rifle's pack.

Missile launcher tech is comparatively unsophisticated. It's the missiles themselves and the supplementary tracking, targeting, and guidance systems comprising the delivery system that make missiles such deadly ordnance.

Missile launcher tech is comparatively unsophisticated. It's the missiles themselves and the supplementary tracking, targeting, and guidance systems comprising the delivery system that make missiles such deadly ordnance.

A mid-range anti-material weapon, the shoulder-mounted rocket launcher provides infantry squads with the means to effectively engage armored vehicles and installation gun emplacements. With pre-launch lock-on capabilities and intelligent swarm missiles, it is a man-portable system able to deliver devastating payloads against material targets. Key to its success is the swarm missile technology. Fired in salvos, each warhead is fitted with an onboard guidance controller, which introduces random deviations and unpredictable patterns into the swarm's flight path, allowing some, if not all, missiles in the salvo to defeat basic countermeasure systems.

A mid-range anti-material weapon, the shoulder-mounted rocket launcher provides infantry squads with the means to effectively engage armored vehicles and installation gun emplacements. With pre-launch lock-on capabilities and intelligent swarm missiles, it is a man-portable system able to deliver devastating payloads against material targets. Key to its success is the swarm missile technology. Fired in salvos, each warhead is fitted with an onboard guidance controller, which introduces random deviations and unpredictable patterns into the swarm's flight path, allowing some, if not all, missiles in the salvo to defeat basic countermeasure systems.

A mid-range anti-material weapon, the shoulder-mounted rocket launcher provides infantry squads with the means to effectively engage armored vehicles and installation gun emplacements. With pre-launch lock-on capabilities and intelligent swarm missiles, it is a man-portable system able to deliver devastating payloads against material targets. Key to its success is the swarm missile technology. Fired in salvos, each warhead is fitted with an onboard guidance controller, which introduces random deviations and unpredictable patterns into the swarm's flight path, allowing some, if not all, missiles in the salvo to defeat basic countermeasure systems.

Missile launcher tech is comparatively unsophisticated. It's the missiles themselves and the supplementary tracking, targeting, and guidance systems comprising the delivery system that make missiles such deadly ordnance.

Missile launcher tech is comparatively unsophisticated. It's the missiles themselves and the supplementary tracking, targeting, and guidance systems comprising the delivery system that make missiles such deadly ordnance.

Favoring function over form, the SMG is a lightweight, semi-automatic weapon designed for close-quarters combat. What it lacks in stopping power and accuracy it grossly overcompensates for with quantity. Designed to injure and impede, the hailstorm of bullets the SMG produces is most effective in tight spaces against multiple targets. This original design is a paradigm of Minmatar construction. An inelegant, but reliable weapon solution that is simple to produce, easily repaired using almost any available materials, and provides comparable pound-for-pound performance with similar sub-automatic weapons. Although an unabashedly low-tech weapon, it excels at what it was designed for: killing anything right in front of you.

A mid-range anti-material weapon, the shoulder-mounted rocket launcher provides infantry squads with the means to effectively engage armored vehicles and installation gun emplacements. With pre-launch lock-on capabilities and intelligent swarm missiles, it is a man-portable system able to deliver devastating payloads against material targets. Key to its success is the swarm missile technology. Fired in salvos, each warhead is fitted with an onboard guidance controller, which introduces random deviations and unpredictable patterns into the swarm's flight path, allowing some, if not all, missiles in the salvo to defeat basic countermeasure systems.

Using microscale railgun technology, the sniper rifle effectively weaponizes velocity, putting an inert round downrange in excess of 2,500m/s. The standard round is a 2-inch ‘beehive' flechette, loaded automatically from a center-mount pack. The pack design eliminates user intervention and minimizes reload time while simultaneously allowing for future upgradeability; different ammunition configurations require nothing more than switching out the rifle's pack.

The AV grenade is a high-explosive anti-vehicle grenade.

A ruthlessly efficient close-quarters weapon, the ion pistol fires charged plasma munitions that rupture shields and scorch armor. Each discharge is enveloped in an electrostatic sheath that reduces field distortion and increases stability. The improved dispersion and stopping power is not without drawbacks though, as the higher density of each slug generates excessive heat, enough to seize the weapon if the rate of fire is not carefully controlled. By overriding internal temperature controls, the weapon can be overcharged to produce a focused, bulk discharge of sufficient lethality to instantly neutralize most soft targets. Caution is advised however, as each overcharged shot will shut down internal systems until the excess heat can be flushed from the weapon’s core.

Conceived by Duvolle Laboratories, a corporation best known for its ceaseless R&D, the G75-VLB solves many of the problems inherent in mass-manufactured plasma weapons. The result is a weapon that offers improved accuracy and greater containment field stability (which equates to faster, longer bursts of fire) than anything in its class. It is a magazine-fed, short-to-mid range weapon offering fully automatic fire. Charged plasma munitions are pumped into a cyclotron that converts the plasma into a highly lethal bolt before it is expelled from the chamber. Upon impact with the target, the magnetic field surrounding the bolt collapses, venting superheated plasma onto the contact point.

Using microscale railgun technology, the sniper rifle effectively weaponizes velocity, putting an inert round downrange in excess of 2,500m/s. The standard round is a 2-inch ‘beehive' flechette, loaded automatically from a center-mount pack. The pack design eliminates user intervention and minimizes reload time while simultaneously allowing for future upgradeability; different ammunition configurations require nothing more than switching out the rifle's pack.

Using microscale railgun technology, the sniper rifle effectively weaponizes velocity, putting an inert round downrange in excess of 2,500m/s. The standard round is a 2-inch ‘beehive' flechette, loaded automatically from a center-mount pack. The pack design eliminates user intervention and minimizes reload time while simultaneously allowing for future upgradeability; different ammunition configurations require nothing more than switching out the rifle's pack.

The Locus is a timed-fuse fragmentation explosive that is highly effective against dropsuit armor.

The Scrambler is a semi-automatic pistol originally designed and manufactured by Carthum Conglomerate. A small-scale directed energy weapon, it produces a laser-induced plasma channel capable of dealing short-range pin-point damage to a target. Power consumption is excessive, but is addressed via a rear-loaded fuel cell, allowing cells to be exchanged quickly and easily once exhausted. Moreover, advances in the polymers used in the weapon's construction have greatly reduced heat build-up and improved heat dissipation, resulting in improved reliability over earlier modules.

The Scrambler is a semi-automatic pistol originally designed and manufactured by Carthum Conglomerate. A small-scale directed energy weapon, it produces a laser-induced plasma channel capable of dealing short-range pin-point damage to a target. Power consumption is excessive, but is addressed via a rear-loaded fuel cell, allowing cells to be exchanged quickly and easily once exhausted. Moreover, advances in the polymers used in the weapon's construction have greatly reduced heat build-up and improved heat dissipation, resulting in improved reliability over earlier modules.

The laser rifle is a continuous wave, medium range weapon. Targets are ‘painted’ with a high intensity beam that deals sustained, focused damage in a concentrated area to maximize damage potential. At the core of the weapon is the thermal cavity, within which an optic spacer converges and blends three individually pumped beams into a single coherent output. The additional distortion introduced by each beam results in weakened output at close range, but as the weapon warms up to mean operating temperature the wavelength stabilizes and the damage output increases significantly, producing a weapon of unmatched precision and lethality in mid-range combat. Heat build-up is typically managed by a self-regulating failsafe, a device used to forcibly shut the weapon off at regular intervals, flushing heat from its internal workings and preventing lethal feedback to the user, but most laser rifles in the field have been altered to bypass the built-in safety protocols.

The Contact grenade is a delayed-detonation explosive that can adhere to any metallic surface.

The laser rifle is a continuous wave, medium range weapon. Targets are ‘painted’ with a high intensity beam that deals sustained, focused damage in a concentrated area to maximize damage potential. At the core of the weapon is the thermal cavity, within which an optic spacer converges and blends three individually pumped beams into a single coherent output. The additional distortion introduced by each beam results in weakened output at close range, but as the weapon warms up to mean operating temperature the wavelength stabilizes and the damage output increases significantly, producing a weapon of unmatched precision and lethality in mid-range combat. Heat build-up is typically managed by a self-regulating failsafe, a device used to forcibly shut the weapon off at regular intervals, flushing heat from its internal workings and preventing lethal feedback to the user, but most laser rifles in the field have been altered to bypass the built-in safety protocols.

The Scrambler is a semi-automatic pistol originally designed and manufactured by Carthum Conglomerate. A small-scale directed energy weapon, it produces a laser-induced plasma channel capable of dealing short-range pin-point damage to a target. Power consumption is excessive, but is addressed via a rear-loaded fuel cell, allowing cells to be exchanged quickly and easily once exhausted. Moreover, advances in the polymers used in the weapon's construction have greatly reduced heat build-up and improved heat dissipation, resulting in improved reliability over earlier modules.

The scrambler rifle is a selective-fire weapon capable of semi-automatic and charged fire. Each shot produces a pulse of sinuous energy capable of penetrating shield and metal. By keeping pressure on the trigger, the operator can control the power of each discharge, scaling it to produce an intense pulse of energy fatal to soft targets. The added power output does come with downsides, most notably increased heat build-up; left unmanaged, thermal stresses age the focusing crystal prematurely, resulting in splintering and potentially lethal feedback. Despite this and several other issues – increased heft, poor reliability, and high manufacturing cost – the scrambler rifle is widely available and in service on battlefields clusterwide.

The flaylock is a snub-nosed pistol designed to fire one-inch direct attack missiles. Typically, the weapon is armed with pack-loaded dumbfire or seeker missiles effective against infantry and armored targets, but is fully compatible with a broad range of missile types, making it one of the most versatile sidearm weapons on the battlefield. Seeker missiles utilize pre-launch lock-on and rudimentary self-guidance to track designated targets, though finite propellant limits the practical engagement zone to short ranges. Although less effective against shielded targets, the tandem warhead allows penetration of armor layers before detonation, amplifying the effectiveness of the narrow fragment stream and maximizing each projectile’s lethality.

The flaylock is a snub-nosed pistol designed to fire one-inch direct attack missiles. Typically, the weapon is armed with pack-loaded dumbfire or seeker missiles effective against infantry and armored targets, but is fully compatible with a broad range of missile types, making it one of the most versatile sidearm weapons on the battlefield. Seeker missiles utilize pre-launch lock-on and rudimentary self-guidance to track designated targets, though finite propellant limits the practical engagement zone to short ranges. Although less effective against shielded targets, the tandem warhead allows penetration of armor layers before detonation, amplifying the effectiveness of the narrow fragment stream and maximizing each projectile’s lethality.

The Locus is a timed-fuse fragmentation explosive that is highly effective against dropsuit armor.

The AV grenade is a high-explosive homing charge that automatically targets any hostile vehicle within its seek range.

Adapted from Deep Core Mining Inc.'s proprietary technology, the DCMA S-1 subverts conventional expectations of what a man-portable anti-material weapons platform is capable of. Despite its excessive weight and extended recharge time, the “Forge Gun” as it has become known, is regarded as the most devastating infantry weapon on the battlefield, and an invaluable tool for those capable of wielding it. Powered by a Gemini microcapacitor, the forge gun utilizes a stored electric charge to fire kinetic slugs at speeds in excess of 7,000 m/s, enough to penetrate even augmented armor systems. During the pre-fire charge, the forward armature locks into position, stabilizing the magnetic field and helping to shield the user from backscatter and the excessive heat produced. Power generation remains the single largest drawback of the current design, the onboard capacitor requiring a significant amount of time to reach full power after each discharge.

A mid-range anti-material weapon, the shoulder-mounted rocket launcher provides infantry squads with the means to effectively engage armored vehicles and installation gun emplacements. With pre-launch lock-on capabilities and intelligent swarm missiles, it is a man-portable system able to deliver devastating payloads against material targets. Key to its success is the swarm missile technology. Fired in salvos, each warhead is fitted with an onboard guidance controller, which introduces random deviations and unpredictable patterns into the swarm's flight path, allowing some, if not all, missiles in the salvo to defeat basic countermeasure systems.

A mid-range anti-material weapon, the shoulder-mounted rocket launcher provides infantry squads with the means to effectively engage armored vehicles and installation gun emplacements. With pre-launch lock-on capabilities and intelligent swarm missiles, it is a man-portable system able to deliver devastating payloads against material targets. Key to its success is the swarm missile technology. Fired in salvos, each warhead is fitted with an onboard guidance controller, which introduces random deviations and unpredictable patterns into the swarm's flight path, allowing some, if not all, missiles in the salvo to defeat basic countermeasure systems.

The Scrambler is a semi-automatic pistol originally designed and manufactured by Carthum Conglomerate. A small-scale directed energy weapon, it produces a laser-induced plasma channel capable of dealing short-range pin-point damage to a target. Power consumption is excessive, but is addressed via a rear-loaded fuel cell, allowing cells to be exchanged quickly and easily once exhausted. Moreover, advances in the polymers used in the weapon's construction have greatly reduced heat build-up and improved heat dissipation, resulting in improved reliability over earlier modules.

The Mass Driver is a semi-automatic, multi-shot grenade launcher useful as both a breaching tool and area denial weapon. Firing smart HIND explosive rounds, the weapon is highly effective against all forms of dropsuit and light vehicle, while its lightweight frame and compact design make it easy to wield in both urban and open terrain engagements.

The Mass Driver is a semi-automatic, multi-shot grenade launcher useful as both a breaching tool and area denial weapon. Firing smart HIND explosive rounds, the weapon is highly effective against all forms of dropsuit and light vehicle, while its lightweight frame and compact design make it easy to wield in both urban and open terrain engagements.

The Mass Driver is a semi-automatic, multi-shot grenade launcher useful as both a breaching tool and area denial weapon. Firing smart HIND explosive rounds, the weapon is highly effective against all forms of dropsuit and light vehicle, while its lightweight frame and compact design make it easy to wield in both urban and open terrain engagements.

Missile launcher tech is comparatively unsophisticated. It's the missiles themselves and the supplementary tracking, targeting, and guidance systems comprising the delivery system that make missiles such deadly ordnance.

Missile launcher tech is comparatively unsophisticated. It's the missiles themselves and the supplementary tracking, targeting, and guidance systems comprising the delivery system that make missiles such deadly ordnance.

Missile launcher tech is comparatively unsophisticated. It's the missiles themselves and the supplementary tracking, targeting, and guidance systems comprising the delivery system that make missiles such deadly ordnance.

Missile launcher tech is comparatively unsophisticated. It's the missiles themselves and the supplementary tracking, targeting, and guidance systems comprising the delivery system that make missiles such deadly ordnance.

Missile launcher tech is comparatively unsophisticated. It's the missiles themselves and the supplementary tracking, targeting, and guidance systems comprising the delivery system that make missiles such deadly ordnance.

Missile launcher tech is comparatively unsophisticated. It's the missiles themselves and the supplementary tracking, targeting, and guidance systems comprising the delivery system that make missiles such deadly ordnance.

Missile launcher tech is comparatively unsophisticated. It's the missiles themselves and the supplementary tracking, targeting, and guidance systems comprising the delivery system that make missiles such deadly ordnance.

Missile launcher tech is comparatively unsophisticated. It's the missiles themselves and the supplementary tracking, targeting, and guidance systems comprising the delivery system that make missiles such deadly ordnance.

A close-quarters melee weapon, the nova knife is as deadly a weapon as anything on the battlefield. Its name derives from the heated plasma edge of the blade – formed by a thermic igniter and linear gravity condenser – that, in skilled hands, can be used to carve through even the thickest dropsuit armor.