ProMag Industries AR-15/M16/M4 6" Post Stock Carbine Recoil Pad

The ProMag Industries AR-15/M16/M4 6" Post Stock Carbine Recoil Pad is purpose-built to reduce felt recoil and improve shooter control on modern tactical carbines. This recoil pad addresses a critical gap in stock comfort and performance—especially during extended training sessions, duty use, or high-round-count operations where shoulder fatigue and bruising from repeated impacts can degrade accuracy and speed. Whether you're running an M4 carbine in law enforcement, military, or civilian tactical applications, this upgrade transforms your shooting experience by absorbing impact energy that would otherwise transfer directly to your shoulder.

Engineered for the 6-inch post stock platform common to AR-15, M16, and M4 carbine configurations, the ProMag recoil pad features engineered elastomer construction designed to dissipate recoil impulse without adding bulk or shifting point of impact. The compact design—measuring 2.9 x 1.45 inches in contact area—maintains the handling characteristics your platform demands while delivering measurable reduction in muzzle rise energy transfer. At just 0.32 lbs, the pad adds negligible weight while providing the material density and geometry necessary for effective shock absorption across standard 5.56 NATO and .223 Remington loads typical in tactical carbine use.

Law enforcement and military armorers favor this pad for duty weapons, where shooter comfort directly impacts performance under stress. Shooters moving between qualification courses, tactical transitions, or defensive scenarios benefit most from reduced recoil-induced fatigue. Installation on your existing AR-15/M16/M4 6-inch post stock requires no permanent modification—the pad secures firmly while remaining field-replaceable. Compatible with standard mil-spec and commercial stock tubes, this upgrade represents a cost-effective enhancement for anyone seeking to maximize accuracy potential and reduce cumulative shoulder strain during intensive training or operational deployment.