Viridian Reactor G2 For Glk

The Viridian Reactor G2 for Glock is a compact green laser sighting system engineered for rapid target acquisition on Glock platform pistols. This inside-the-trigger-guard laser sight delivers a bright, visible aiming point while maintaining a streamlined profile that won't snag during the draw or obstruct sight picture alignment. Green laser technology in the 510–532nm wavelength range produces an aiming dot up to 50 times brighter than red lasers, making target identification faster and more positive in varied lighting conditions—critical for defensive and duty applications.

The second-generation Reactor G2 incorporates extended battery life with up to 5 hours of continuous runtime—a 3X improvement over earlier models—reducing battery change frequency during extended training sessions or duty carry. Dual operational modes (constant and strobe) give operators flexibility: constant mode for rapid target confirmation, strobe for dynamic low-light scenarios or as a less-lethal deterrent. The strobe function cycles at a frequency proven effective for momentary disorientation without creating a flickering sight picture. Installation is seamless; the system mounts directly into the trigger guard channel of compatible Glocks without permanent modification, and removal is equally straightforward for maintenance or duty weapon transitions.

This platform is purpose-built for law enforcement, armed security personnel, and serious concealed-carry shooters who demand fast sight acquisition without external components. Weighing just 0.38 pounds, the compact footprint (4.5 x 2.25 x 5.75 inches) integrates cleanly with standard holster systems and avoids the handling compromises associated with frame-mounted or rail-mounted laser systems. Users conducting low-light defensive training, home-defense drills, or duty qualification courses benefit from the immediate visual feedback green lasers provide, accelerating shot placement during critical-response scenarios where milliseconds determine outcomes.