Trijicon RMR Footprint Plate for High Accessory Ring Caps w/Q-LOC AC32119

The Trijicon RMR Footprint Plate AC32119 is the purpose-built accessory ring plate designed to mount to Accessory Ring Caps sold for Q-LOC style mounts - the high accessory ring cap configuration that gives Trijicon Q-LOC and Slimline variable power mount users the ability to add an RMR micro red dot directly to their existing scope ring system for a complete integrated optics solution in a single unified platform.

The RMR Plate AC32119 mounting position versatility gives shooters the flexibility to configure the RMR footprint plate in the position that works best for their specific shooting application - the 12 o'clock location for heads-up shooting that keeps the red dot aiming point directly in line with the primary optic's sight line for intuitive co-aligned aiming, or either 45-degree position for close-range shooting through adjusters that gives the shooter fast offset red dot access for the dynamic close-range engagements that competition and tactical applications regularly produce.

The Trijicon RMR Plate AC32119 is specifically designed to work with Trijicon Q-LOC and Slimline-style variable-power mounts, accessory ring caps, and the RMR - the factory-correct integration that creates a complete optics solution within the Trijicon mount system without any additional hardware, rail adapters, or extra mounting components. The result is a clean, purpose-built dual-optic system that functions as a unified platform rather than a collection of adapted components.

The Red dot mount AC32119, Mil-Spec drop-test-rated, 6061-T6 aluminum construction delivers the structural integrity and durability that a scope ring-mounted accessory plate demands through sustained use and hard handling that serious hunting, tactical, and competition applications produce.

The Trijicon RMR Footprint Plate AC32119 is a complete, integrated optics solution that gives serious shooters the close-range RMR capability alongside their primary variable-power optic in a single factory-engineered system.