Viridian Reactor G2 Rug Lc9/380

The Viridian Reactor G2 Rug LC9/380 is a compact laser aiming system engineered for concealable handguns in the LC9 and .380 ACP platform categories. This laser sight integrates seamlessly into the trigger guard, maintaining an invisible profile during the draw while delivering rapid target acquisition in low-light and high-stress environments where split-second accuracy matters.

The Reactor G2 operates across a 510–532 nm wavelength range, producing a target dot optimized for visibility in daylight and low-light conditions. Dual operational modes—constant and strobe—allow tactical flexibility for training, duty carry, and defensive scenarios. The Gen 2 iteration delivers extended battery life, running up to 5 hours on a single charge, a critical improvement over first-generation models. At 0.38 lbs and measuring 4.5 × 2.25 × 5.75 inches, the system adds negligible weight and bulk to compact carry platforms, preserving holster compatibility and draw speed essential to self-defense applications.

Law enforcement officers, armed citizens, and defensive shooters who carry compact 9mm or .380 platforms find immediate utility in the Reactor G2's lightweight design and quick-mount system. Particularly valuable for shooters working in variable lighting conditions or those seeking to reduce target acquisition time during defensive training and qualification courses, this laser sight serves the subset of gun owners who prioritize speed and accuracy without sacrificing the streamlined profile their chosen platform demands.

Within the compact pistol accessory market, Viridian Weapon Technologies positions the Reactor line as a precision aiming solution that balances durability, battery efficiency, and ergonomic integration. The Reactor G2 Rug LC9/380 is built for shooters who understand that trigger guard-mounted lasers eliminate grip-dependent reliability issues common to rail-mounted alternatives on smaller frames, making it an ideal choice for duty carry and personal protection applications where consistency under stress is non-negotiable.