Gallente G75-VLB Assault Rifle: 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.

Caldari DCMA S-1 Forge Gun: 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 times, 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.

Amarr CAR-9 Scrambler Pistol: The Scrambler is a semi-automatic pistol originally designed and manufactured by Carthum Conglomerate. A small-scale directed energy weapon, the CAR-9 produces a laser-induced plasma channel capable of dealing short-range pin-point damage to a target.
Power consumption is excessive, but The CAR-9 addresses this 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.