The TriggerTech AHTSDB33NNF Duty Flat Trigger transforms AR-10 platform rifles with precision-engineered single-stage operation and consistent 3.5-pound pull weight. This drop-in upgrade delivers crisp break characteristics that enhance accuracy potential across tactical and precision shooting applications.
What Makes This Different
TriggerTech's patented Frictionless Release Technology eliminates traditional sear engagement friction through a unique roller and cam system. Unlike conventional triggers that rely on sliding friction surfaces, this design provides zero creep and consistent break weight shot after shot. The single-stage configuration delivers immediate sear release without take-up travel, reducing lock time for improved accuracy.
Key Features
- Patented Frictionless Release Technology with roller cam system
- Single-stage design with 3.5-pound pull weight (±0.25 lbs)
- Flat trigger shoe for consistent finger placement and leverage
- Drop-in installation compatible with standard AR-10 lower receivers
- Self-contained trigger and hammer assembly
- Hardened steel components with corrosion-resistant finish
- Zero creep, overtravel, or reset inconsistency
Field performance centers on the trigger's ability to maintain consistent pull characteristics under varying conditions. The sealed mechanism resists contamination from dirt, carbon buildup, and moisture that typically affect trigger function. Law enforcement and competitive shooters benefit from the predictable break point that supports precise shot placement at extended ranges. The flat shoe geometry provides consistent finger contact regardless of hand size or shooting position.
Technical Specs
- Pull Weight: 3.5 pounds (±0.25 lbs tolerance)
- Configuration: Single-stage flat trigger
- Compatibility: AR-10 platform rifles (.308/7.62 receivers)
- Installation: Drop-in replacement for mil-spec triggers
- Materials: Hardened steel with protective coating
- Country of Origin: United States
- Model Number: AHTSDB33NNF
This trigger addresses the accuracy limitations of standard mil-spec triggers through engineering rather than adjustment. The consistent pull weight and clean break eliminate variables that affect shot placement, making it suitable for precision applications where repeatability matters most.