Nightstick Light/laser Remington 870

The Nightstick Light/Laser Remington 870 is a complete forend replacement designed to transform a 12-gauge Remington 870 or TAC-14 pump-action shotgun into a modern, light-equipped platform for tactical operations. Built from heavy-duty glass-filled nylon with an over-molded rubber grip section, this Nightstick SFL-13GL forend integrates a super-bright 1200-lumen LED weapon light with integrated laser aiming, providing operators with simultaneous illumination and targeting capability on a single platform.

The LED is engineered around a high-efficiency deep parabolic reflector that delivers a tightly focused beam with 203-meter distance, crucial for identifying threats and targets at extended range in low-light environments. Runtime reaches approximately 90 minutes on a single charge, providing sustained illumination for extended operations or training cycles. The integrated laser enables precise aiming without relying solely on light signature, allowing faster target acquisition in dynamic scenarios. Ambidextrous switching accommodates both right- and left-handed shooters, while the one-piece construction ensures zero durability compromises compared to original factory furniture.

This forend is engineered for law enforcement patrol, tactical response teams, and civilian defensive shooters who operate Remington 870 platforms in low-light or no-light conditions. The combined light-and-laser configuration eliminates the need for separate accessories, reducing complexity and mounting points while maintaining a streamlined profile. Shotgun users conducting building searches, vehicle interdiction, or home defense benefit from the extended beam distance and tactical-grade brightness that establishes immediate scene dominance.

For operators standardized on Remington 870 or TAC-14 platforms, the Nightstick forend eliminates the decision between light-only and laser-only options. The integrated system, combined with the robust nylon construction and reasonable 90-minute runtime, positions this forend as a practical choice for both training and operational deployment where reliable illumination and targeting systems are non-negotiable.