Streamlight 69260 TLR-1 HL 1000-Lumen Tactical Weapon Mount Light With Rail Locating Keys & Lithium Batteries, Black, Box

Price: $146.72
(as of Apr 29,2022 05:55:42 UTC – Details)

Lightweight, compact, high lumen lithium battery powered Gun-Mounted Tactical Light featuring the latest in shock-proof high power LED technology and providing 1.5 hours of continuous run time. Tethered battery door and latch mechanism prevent battery door loss while providing easy battery replacement. Rail clamp designed to rapidly attach/detach from side of the weapon. When enabled, strobe activated on two or more momentary paddle hits. 1,000 lumens; 283m beam; runs 1.5 hours. The rail clamp system securely attaches/detaches quickly and safely with no tools and without putting your hands in front of the muzzle. Mounts directly to handguns with Glock-style rails and to all MIL-STD-1913 (Picatinny) rails. Includes keys for Glock-style, Picatinny, Beretta 90two, S&W 99, and S&W TSW. Durable, anodized machined aluminum construction. Ambidextrous momentary/steady on/off switch. User programmable strobe can be enabled/disabled. Engineered optic produces a concentrated beam with optimum peripheral illumination. Fits existing light bearing holsters
IPX7 waterproof to 1m for 30 minutes. Powered by two CR123A lithium batteries (included). 3.39″ (8.61 cm); 4.32 oz (122.5g).
C4 LED delivers 1000 lumens; 20,000 candela peak beam intensity; 283 beam distance; runs 1.5 hours; TIR optic produces a concentrated beam with optimum peripheral illumination
Mounts directly to handguns with Glock-style rails and to all MIL-STD-1913(Picatinny) rails; includes keys for Glock-style, Picatinny, Beretta 90two, S&W 99 and S&W TSW; confirm fitment and compatibility prior to purchase
One-handed snap-on/tighten interface keeps hands away from muzzle when attaching.detaching; Ambidextrous momentary/steady on-off switch
6000 series machined aircraft aluminum with anodized finish with high temperature, shock-mounted glass lens
Tar optic produces a concentrated beam with optimum peripheral illumination