Fenix GL19R V2.0 Weapon Light 1200 Lumens - 420m Range for Handguns

Overview

The Fenix GL19R V2.0 is a high-performance tactical weapon light designed for professionals, law enforcement, and demanding shooters. It succeeds the original GL19R model by quadrupling light intensity and more than doubling the effective range, delivering reference-grade tactical illumination.

Technical Specifications

• Luminus SFT25R LED: 1200 lumens and beam intensity of 44,300 candela, for maximum visibility in critical conditions
• Range: up to 420 meters, ideal for identifying a threat at a distance
• ARB-L18-1100 Li-ion battery: up to 55 minutes of runtime at maximum output, rechargeable via USB-C port for fast recharging in the field
• Universal mounting: quick-release system compatible with Picatinny rails (MIL-STD-1913) and Glock rail mount, for secure installation on both handguns and long guns
• Modular ambidextrous switches: intuitive, fast activation, suitable for both right- and left-handed users
• Rugged construction: A6061-T6 aluminum alloy with HAIII hard-anodized finish, IP66-rated against water and dust
• Dimensions and weight: 94 x 31 x 32 mm for only 119 g with battery included, for discreet integration onto your equipment

Advantages

• Optimal responsiveness thanks to ambidextrous switches, essential during operations where every second counts
• Enhanced operational reliability through reverse-polarity protection and electronic beam regulation
• Resistance to extreme conditions thanks to HAIII hard-anodized finish and IP66 certification
• Versatile use thanks to multi-rail compatibility (Picatinny and Glock)
• Convenient recharging in any circumstance via USB-C, without needing to replace the battery

Use and Maintenance

Before each use, check the charge level of the ARB-L18-1100 battery and recharge it via the USB-C port if necessary. Regularly clean the tempered glass lens with a soft cloth to preserve beam clarity. Check that the quick-release mounting system is properly locked onto the rail before each deployment to ensure optimal retention of the light.