Surefire XVL2 Pistol & Carbine Light/Laser Module System (Black)

Surefire Xvl2 Irc. SureFire XVL2IRC 400 LU/300mW IR WeaponLight w/ 520nm Class IIIa Green Custom MaxVision Beam technology shapes the illumination beam into one that provides the optimum mix of projected illumination plus wide-angle. We use cookies to give you the best possible experience.

It gives the end-user the ability to activate IR laser/illuminator simultaneously or independently, visible green laser only, and even white-light only Surefire XVL2-IRC Infrared Weapon Light - The XVL2-IRC Pistol & Carbine Light/Laser Module system is a paradigm shift in light and aiming laser systems

SureFire XVL2IRC Weaponlight Omaha Outdoors

SureFire XVL2 IRC Weaponlight The XVL2-IRC Pistol & Carbine Light/Laser Module system is a paradigm shift in light and aiming laser systems The XVL2-IRC Pistol & Carbine Light/Laser Module system is a paradigm shift in light and aiming laser systems It gives the end-user the ability to activate IR laser/illuminator simultaneously or independently, visible green laser only, and even white-light only

Surefire XVL2IRC Pistol & Carbine Light/Laser Module system Tactical. Buy SureFire XVL2-IRC Pistol & Carbine Light/Laser System (Tan) featuring 400-Lumen White Light, IR Illuminator, Green and IR Aiming Laser, Ambidextrous Momentary/Constant Switch, IPX8 Waterproof/Submersible, Fits Picatinny & Universal Pistol Rails, Uses 1 CR123A Battery, 1.5-Hour Runtime, Anodized Aluminum Construction The SureFire XVL2-IRC is the industry-leading handgun IR laser + IR illuminator device but also works well on carbines and subguns

Surefire XVL2IRC Pistol & Carbine Light/Laser Module system Tactical. The dual laser/LED system of the XVL2-IRC efficiently generates both white and infrared illumination from a dual emitter LED module that allows the delivery of useful levels of tactical light and efficient run times in both visible and infrared spectrums using one 123A lithium battery. Custom MaxVision Beam technology shapes the illumination beam into one that provides the optimum mix of projected illumination plus wide-angle.