AR15 Trigger 2-Stage Flat 2lb/2lb

The CMC Triggers AR15 Trigger 2-Stage Flat 2lb/2lb is a precision-engineered two-stage trigger assembly designed for shooters who demand consistent break characteristics and ergonomic control. Built for tactical rifles, competition platforms, and duty weapons, this flat-faced trigger delivers the predictability that law enforcement and military professionals require for accurate shot placement under pressure. The two-stage design separates initial takeup from final hammer release, allowing shooters to stage the trigger during precision fire or transition rapidly in dynamic scenarios without sacrificing safety or reliability.

CMC's two-pound first-stage and two-pound second-stage configuration totals a four-pound full pull weight, meeting or exceeding duty-cycle specifications while maintaining crisp break geometry. The flat trigger bow distributes finger pressure across a wider contact surface, reducing felt recoil impulse and enabling faster follow-up shots compared to curved triggers. This geometry is especially valuable in rapid-fire drills, multiple-target engagements, and precision work where trigger control directly impacts group consistency. The trigger's compact footprint and minimal mass prevent binding or drag in the lower receiver, ensuring smooth operation across a wide range of build tolerances and ammunition types.

This trigger assembly fits any mil-spec AR15 platform, including pistol-caliber carbines, 5.56 NATO rifles, and .308 Winchester systems using standard receiver dimensions. Installation requires no gunsmithing—simply remove the factory trigger group and drop the CMC assembly into place using existing trigger pins. The two-stage architecture appeals to competitive shooters, law enforcement transitions, and military personnel who value the ability to control trigger engagement through varying threat levels. Whether configured for a duty carbine, precision rifle, or home-defense platform, the CMC Triggers AR15 Trigger 2-Stage Flat 2lb/2lb delivers predictable performance and ergonomic advantage in high-stakes environments.