Streamlight TLR-6 LED Weapon Light w/ Red Laser (Model: GLOCK)

Features

• White LED and a 640-660nm red laser; 100 lumens; 89m beam distance; 2,000 candela; Runs 1 hour (LED only or LED/laser combo); 11 hours (laser only)
• Parabolic reflector produces a balance of beam and peripheral illumination; optimized electronics provide regulated intensity; red laser provides long-range targeting
• Ambidextrous switching (push-button on both sides) to access three modes: Laser only; Laser/LED combo; LED illumination only
• All modes feature a 10 minute auto shut-off to conserve batteries; batteries can be replaced while light remains mounted on gun; no need to re-sight laser after battery change; uses two CR1/3N lithium batteries (included)
• Removable cover for easy attachment/removal
• Windage and elevation adjustment screw mounted in brass bushing for dependable zero retention of laser
• Durable, impact-resistant polymer construction; IPX4 water-resistant; 1m impact resistance tested; operating temperatures of -20F to +120F
• Limited lifetime warranty; Assembled in USA

Designed to securely attach to both the rail and trigger guard of standard and compact railed handguns. Using this low-profile weapon light with laser allows for easier identification of potential threats before taking action.

Designed to securely attach to the rail and trigger guard of the following standard and compact railed handguns:

Springfield Armory XD, XD(M), and XD MOD.2

Smith & Wesson M&P

GLOCK - For a current model fit list, refer to documentation

Lumens: 100
Max Candela: 2000
Range of Light: 89 meters
Runtime: 1 Hour
Battery Types: 2x CR-1/3N Lithium
Length: 2.2 inches (5.59 centimeters)
Weight: 1.16 ounces (32.89 grams)

Manufacturer: Streamlight

About Streamlight

Since the most extreme hazardous conditions are often in dark places, Streamlight created a complete line of safety-rated lights. For the industrial market, Streamlight developed lighting tools that are safe to use even around explosive gases and in other potentially explosive atmospheres.