Trigrtech Ar15 Comp Flat Rh

The TriggerTech AR15 Competitive Flat Right-Hand trigger is a non-adjustable drop-in trigger designed to deliver match-grade precision for shooters and operators who demand a refined trigger break without adjustability constraints. Built on TriggerTech's proprietary Frictionless Release Technology, this trigger eliminates friction in the sear engagement, producing a true zero-creep break with no discernible creep before the firing pin releases. The short, two-stage pull mimics the feel of a 1911 trigger—a familiar geometry for trained operators—while maintaining an extremely short over-travel and a sub 0.030" tactical reset for rapid follow-up shots.

This right-hand configured trigger excels in environments where consistency matters. The Frictionless Release Technology reduces trigger stack—that stacking sensation experienced just before break—so shooters can focus on sight picture and target acquisition rather than managing heavy sear engagement. The compact footprint and drop-in installation mean no gunsmithing is required; the trigger seats directly into standard AR15 lower receivers without modification. Weighing just 0.38 lbs, it adds negligible mass while delivering the kind of break reliability associated with competition-grade components, even under sustained fire or in harsh field conditions.

This trigger suits competitors on the 3-gun and precision rifle circuits, law enforcement trainers optimizing duty weapon transitions, and precision shooters building accuracy-focused AR platforms. The non-adjustable design eliminates tuning variables, ensuring consistency across firearms and reducing training complexity for teams standardizing on a single trigger profile. The flat trigger shoe (versus curved geometry) provides a more direct, point-forward engagement surface, preferred by shooters using modern support and competitive shooting techniques. For operators and enthusiasts prioritizing trigger quality over adjustability, the TriggerTech AR15 Competitive Flat Right-Hand delivers documented performance in proven applications.