Enhance your shooting experience with the Wilson Combat TR-TTU-3G Tactical Trigger Unit.
The AR-15/M16 Tactical Trigger Unit by Wilson Combat is designed for those who demand precision and reliability in high-stress situations. This drop-in trigger module is compatible with any mil-spec small-pin AR-15, providing a light, superbly crisp trigger pull right out of the box—no adjustment or fine-tuning required.
Key Features:
- Crisp 4-lb. Pull: Safe for tactical operations yet light enough for an ultra-clean break, resembling a bolt action more than a typical tactical rifle.
- Exceptional Reset: Enjoy an exceptionally short, positive reset that gets you back on target almost instantly.
- Unique Hammer Geometry: Keeps weight to a minimum for ultra-fast lock time while providing reliable ignition, even on hard military primers.
- Secondary “Rescue” Sear: Grabs the hammer if the primary sear fails when the weapon is dropped or jarred, meeting military specifications for drop safety.
- CNC-Machined Components: Constructed from hardened tool steel with precision-ground contact surfaces, built to withstand competition or combat.
Model Variants:
- TR-TTU: Single-stage pull with zero take-up and an ultra-clean break.
- TR-TTU-M2: “Semi” two-stage, match-grade trigger with an abbreviated initial stage for safe, reliable operation in high-stress environments.
- TR-TTU-3G: Enhanced with a smooth, rolling, creep-free 3.5-4# break, perfect for rapid double-taps on the move.
The TTU-3G offers the extreme smoothness of a finely tuned target-pistol trigger, providing tactile feedback that instills confidence during quick target transitions. Additionally, the lightning-fast trigger reset facilitates fast follow-up shots, eliminating "trigger freeze" during intense competition or tactical shooting.
Specifications:
- Trigger/Hammer/Sear: Hardened tool steel, matte gray finish.
- Housing: Aluminum, anodized, matte black.
- Compatibility: Fits AR-15 with .154” trigger and hammer pins.
- Included: Two .154” pins and installation instructions.