CMC Triggers AR15/AR10 Two Stage Flat Trigger, Small Pin, 1lb Set - 3lb Release
CMC Triggers
$194.99
$149.99
23% off
(You save
$45.00
)
CMC Triggers AR15/AR10 Two Stage Flat Trigger, Small Pin, 1lb Set - 3lb Release
FREE SHIPPING
CMC Triggers AR15/AR10 Two Stage Flat Trigger, Small Pin, 1lb Set - 3lb Release
Overview
The CMC Triggers AR-15/AR-10 Two Stage Drop-In Trigger is a match-grade upgrade built for precision shooters who demand consistent, predictable trigger control. Featuring CMC’s patented Signature Flat trigger bow and a self-contained drop-in design, this two-stage trigger delivers a minimal first stage with a clean, crisp second-stage break for superior accuracy and confidence on every shot.
Key Features
- Two-Stage Match Trigger: Distinct first stage with a defined break wall
- 1 lb First Stage / 3 lb Second Stage: Optimized for precision shooting
- Signature Flat Trigger Bow: Linear feel for consistent finger placement
- Drop-In One-Piece Assembly: Fully self-contained system
- Ultra-Crisp Break: Clean second-stage release with no overtravel
- Glass-Smooth Operation: Enhanced feel and control
- Minimal Lock Time: Improves shot-to-shot consistency
- Positive Trigger Reset: Reliable and repeatable performance
- Easy Installation: No hand-fitting required
Specifications
- Manufacturer: CMC Triggers
- Model: AR Match Grade Two Stage Trigger Group
- Compatibility: AR-15 / AR-10 (Mil-Spec, Small Pin)
- Trigger Material: 8620 Alloy Steel and S7 Tool Steel
- Trigger Shape: Flat
- Trigger Type: Two Stage
- Pull Weights: 1 lb (first stage) / 3 lb (second stage)
- Color: Black / Silver
MPN: 91504
UPC: 850544004039
Applications
Ideal for designated marksman rifles (DMR), precision shooting, bench-rest setups, competition shooting, and long-range AR-15 and AR-10 builds.
Additional Features
- Patented design for consistent, linear trigger feel
- Self-contained system eliminates hand-fitting and trial-and-error
- Designed for shooters who prefer predictable break points for maximum accuracy
- Built to withstand demanding field and range conditions