CMC Triggers 95503 Drop-In PCC Flat Trigger 3-3.5lb Single Stage

The CMC Triggers 95503 Drop-In PCC delivers precision trigger control specifically engineered for pistol caliber carbines. This flat-faced trigger eliminates the inconsistent pull characteristics found in standard mil-spec triggers, providing shooters with enhanced accuracy potential in competition and tactical applications.

What Makes This Different

Unlike traditional curved triggers that create varying finger contact points, the flat trigger face ensures consistent finger placement shot after shot. The single-stage design eliminates take-up and overtravel, breaking cleanly at 3-3.5 pounds with minimal reset distance. This drop-in unit requires no gunsmithing or permanent modifications to the host firearm.

Key Features

• Single-stage flat trigger with 3-3.5 pound pull weight for consistent breaks
• Drop-in installation compatible with standard AR-15 lower receivers
• Black and silver finish combination for corrosion resistance
• Self-contained trigger group eliminates loose pins and springs
• Precision-machined components with tight tolerances
• Compatible with .223/5.56, 9mm, .45 ACP, and other PCC calibers
• Minimal reset distance for rapid follow-up shots

The 95503 excels in competitive shooting environments where split times matter. The consistent break point allows shooters to develop muscle memory faster than with variable military triggers. The flat face distributes finger pressure evenly, reducing the tendency to pull shots left or right during rapid strings of fire.

Technical Specs

• Pull Weight: 3-3.5 pounds
• Trigger Style: Single-stage flat face
• Finish: Black/Silver combination
• Compatibility: AR-15 pattern lower receivers
• Installation: Drop-in design, no gunsmithing required
• Material: Precision-machined steel components
• Country of Origin: United States

CMC Triggers builds this unit to withstand thousands of rounds while maintaining consistent performance characteristics. The self-contained design prevents debris infiltration that can affect trigger function in adverse conditions.