The Remington 700 Diamond trigger is truly zero creep and is the most consistent and crisp breaking trigger you will ever use. The Diamond will make you aware of the creep that exists in other triggers.
It features the new variable rate adjustment technology that enables quick and confident adjustment from <4oz to 32oz with TriggerTech's patented CLKR Technology. The adjustment feature utilizes an externally accessible set screw and the adjustment range begins at ~0.2zo/click from <4oz to ~9oz and then changes to ~1oz click from ~9oz to 32oz. Due to the exceptionally crisp break, most shooters report the pull weights feeling significantly lighter than a friction based trigger of the same measure weight.
Five of the critical Diamond components are assembled as matched sets to enable a true zero-creep break, extremely short overtravel and offers outstanding reliability, even in the harshest environments. Frictionless Release Technology, along with hardened 440C stainless steel internal components ensure corrosion resistance and an extended service life. As Frictionless Release Technology does not rely on coating, polishing or lubricating the key engagement surfaces, trigger pulls will be more consistent from shot to shot after thousands of shots than you ever thought possible.
Features:
- Trigger Lever Type: Pro Curved
- Trigger Action: Single Stage
- FRT (Frictionless Release Technology): Yes
- TKR Technology: Yes
- CLKR Technology: Yes
- Creep: 0.000"
- Overtravel: <0.010"
- Total Pull Weight: <4oz - 32 oz
- Bolt Release: Without
- Safety: With
- Hand: Right
- Warranty: Product Lifetime
- Weapon Platform: Remington 700 clone actions
- Housing: 7075 Aluminum (anodized)
- Key Components: 440C Stainless Steel
- PVD Black - PVD stands for Physical Vapour Deposition. It is a hard and durable coating that is applied to external stainless components to give them a clean black color
*All pull weights and measurements are approximate. ***Pull weights of TriggerTech Triggers are directly impacted by firing pin spring weight. Overweight firing pin springs may cause pull weights to vary above the advertised range