Description

The TriggerTech AR0-TRB-14-NNF Diamond AR-15 Trigger is a top-tier, drop-in upgrade specifically engineered for competitive shooters and precision enthusiasts. This two-stage flat trigger delivers a “1911-style” break with zero creep, providing unparalleled consistency and accuracy for roles ranging from 3-Gun competition to long-range hunting.

Key Features & Benefits

• Frictionless Release Technology™: Unlike traditional triggers that rely on polishing or lubrication, this patented tech uses a free-floating roller to eliminate friction, ensuring a crisp, repeatable break that won’t degrade over time.
• CLKR Technology™: Allows you to quickly adjust the total pull weight from 1.5 lbs to 4.0 lbs in 2oz increments via an externally accessible set screw—even while the trigger is installed.
• Zero-Creep Performance: Most shooters report the break feeling lighter than its measured weight because there is absolutely no take-up or “mush” after the first stage.
• TKR™ (Ticker Technology): Minimizes overtravel to under 0.015″ and enables a lightning-fast, tactile reset of under 0.030″, allowing for rapid follow-up shots with high confidence.
• FLTWR™ (Flat Wire Spring): Provides a higher hammer strike force for reliable primer ignition with hard military-grade primers while maintaining a light pull weight.
• Rugged Construction: Housed in red-anodized 7075-T6 aluminum with 440C stainless steel internal components and a black PVD-coated trigger shoe for maximum corrosion resistance.

Technical Specifications

• MPN: AR0-TRB-14-NNF
• Platform: AR-15 (and pump-action AR variants)
• Trigger Action: Short Two-Stage
• Trigger Lever Type: Straight / Flat
• Total Pull Weight: Adjustable 1.5 lbs – 4.0 lbs
• 1st Stage Weight: Fixed at 4 oz
• 2nd Stage Weight: Adjustable from 20 oz to 3.75 lbs
• Creep: 0.000″
• Overtravel: < 0.015"
• Reset: < 0.030"
• Pin Size: Standard Mil-Spec 0.154″ (pins not included)
• Housing Material: 7075 Aluminum (Anodized)
• Internal Components: 440C Stainless Steel
• Warranty: Product Lifetime