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Tactical LED Flashlight and Green Laser Rechargeable For Rifle Pistol Rail Mount Combo Fits for Full & Compact Rail
Upgrade your home defense or tactical setup with this ultra-lightweight, high-output weapon light. Designed for versatility and rapid deployment, this combo features a slidable rail system and ambidextrous controls, ensuring it fits your firearm and your shooting style perfectly.
Key Features
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Precision Slidable Rail: Don’t settle for a “close enough” fit. The adjustable rail allows you to slide the unit forward or backward to find the perfect ergonomic position. It is specifically optimized for a seamless fit on railed pistols, including Glock models.
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Dual Strobe Capabilities: Enhanced tactical advantage with dedicated strobe modes for both the flashlight and the laser. A simple double-press activates the strobe to disorient targets or signal for help.
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High-Intensity Green Laser: The Class IIIA Green Laser ($<5\text{mW}$) offers superior visibility over red lasers. Achieve a daytime reach of 200 meters and an impressive nighttime range of up to 2,000 meters.
800 Lumens of Pure Power: Illuminate the darkest environments with a blinding 800-lumen beam. The built-in rechargeable battery is optimized for endurance:
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Laser Only: ~16 Hours
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Flashlight Only: ~75 Minutes
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Combo Mode: ~60 Minutes
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Advanced Polymer Construction: Crafted from fiber-reinforced polymer, this unit is more shock-absorbent and durable than standard plastic or aluminum lights. Weighing in at a mere 60g, it adds zero bulk to your muzzle.
Technical Specifications
| Feature | Specification |
| Brightness | 800 Lumens |
| Laser Class | Class IIIA ($<5\text{mW}$) |
| Weight | 60g (Ultra-Lightweight) |
| Material | Fiber-Reinforced Shockproof Polymer |
| Modes | Steady, Strobe (Light & Laser), Laser Only, Light Only |
| Charging | USB Rechargeable |
| Controls | Ambidextrous Side Switches |
Tactical Advantage: The ambidextrous button layout ensures that whether you are left- or right-handed, you have instant, instinctive access to light and laser modes in high-pressure situations.

















