Nightstick Shotgun Forend Light with Green Laser Black for Remington 870/TAC-14

The Nightstick Shotgun Forend Light with Green Laser in Black for Remington 870/TAC-14 is a complete forend replacement engineered as an integrated weapon-mounted lighting and targeting system for pump-action shotgun platforms. Built from heavy-duty glass-filled nylon with an over-molded rubber grip, this forend combines a 1200-lumen LED illumination system with a green laser designator in a single modular unit, eliminating the need for separate mounting accessories or rail adapters.

The 1200-lumen LED output is paired with a high-efficiency deep parabolic reflector that produces a tightly focused beam with a 203-meter effective range, providing sufficient standoff distance for tactical engagement while maintaining situational awareness in low-light environments. The light delivers approximately 90 minutes of runtime on a single charge, a practical runtime window for extended training sessions or duty shifts. The integrated green laser enables rapid target acquisition without requiring the shooter to rely solely on the flashlight beam, critical for close-quarters engagements where precision matters. The forend accepts standard Remington 870 and Mossberg TAC-14 configurations, making it a direct bolt-in replacement that requires no permanent modification to the host firearm.

This system is purpose-built for law enforcement entry teams, tactical instructors, and serious civilian operators who require reliable low-light performance paired with target reference capability. Home-defense shooters benefit from the green laser's ability to mark threats in high-stress scenarios where sight alignment becomes secondary to speed. The glass-filled nylon construction balances weight discipline with durability, and the over-molded grip maintains control during rapid fire sequences typical of shotgun defensive employment. Bayco Products' Nightstick line maintains industry recognition among tactical professionals for straightforward reliability and field-proven performance.