Shock Plate Dbl Slot 1/2in Holes

The Shock Plate Dbl Slot 1/2in Holes by WEHRS MACHINE is a precision-engineered attachment component designed for mounting and interface applications in tactical systems, law enforcement platforms, and military-grade equipment. This dual-slot configuration with half-inch holes provides a standardized mounting solution for operators who require modular integration of accessories, rail systems, or secondary devices onto primary weapon systems or equipment carriers. The robust design reflects decades of mechanical engineering expertise applied to demanding operational environments where reliability under stress is non-negotiable.

Engineered with dual mounting slots and standardized 1/2-inch hole geometry, this shock plate accommodates both vertical and horizontal load distribution while maintaining structural integrity under recoil impulse and dynamic stress. The half-inch hole specification aligns with industry-standard fastening systems, enabling seamless compatibility with mil-spec hardware and common tactical mounting standards. Weighing 3.18 pounds and measuring 5.9 by 0.85 by 7.5 inches, the plate delivers substantial mass for vibration dampening and shock absorption while maintaining a compact profile that minimizes added bulk to your system. The precision machining characteristic of WEHRS MACHINE products ensures tight tolerances and consistent performance across repeated mounting and dismounting cycles.

This shock plate serves operators, armorers, and equipment technicians building specialized weapon configurations, modular rail interfaces, or equipment integration systems where impact resistance and load bearing are critical. Installation requires standard metric or SAE fasteners compatible with 1/2-inch holes—verify your mounting surface specifications before ordering. Ideal for AR platform builds, precision rifle systems, tactical accessory rails, and any application demanding mil-spec durability and shock mitigation. Verify compatibility with your specific mounting interface to ensure proper load path and structural engagement.