Timney Daniel Horner Signature Two Stage Adjustable Trigger
Top Multi-Gun AR Trigger
Daniel Horner and Timney’s engineers set out to create the ultimate AR-style trigger to the exact specifications of the best multi-gun shooter in the world and a trigger that can withstand a lifetime of competition. A self-contained, 100% drop-in, adjustable trigger ready to install for an exceptionally smooth, crisp, two-stage trigger pull. No gunsmithing, fitting, or adjusting is required. The pull weight is user-adjustable from 1½ to three pounds. The trigger housing is constructed of military-grade, 6061 T6 alloy CNC machined using state-of-the-art equipment and is anodized for superior durability. The trigger is also CNC machined, heat treated, and coated. The A2 tool steel sear and disconnect and S7 tool steel hammer are wire EDM cut, heat-treated to 58-60 Rockwell and Teflon-nickel coated for lubricity and dependable, long-lasting service life.
- S7 tool steel hammer (Teflon nickel coated)
- A2 tool steel sear and disconnect (Teflon nickel coated) aluminum housing (anodized)
- Pull weight .5 lbs. first stage and 1 – 2.5lbs second stage (adjustable)
Trigger does NOT include Trigger & Hammer Pins!
Product Information
Manufacturer | Timney |
---|---|
Platform | AR10, AR15 |
Trigger Type | Drop In, Adjustable |
Trigger Action | Two Stage |
Total Pull Weight | 1.5lb – 3lb |
1st Stage Pull Weight | 8oz |
2nd Stage Pull Weight | 1lb – 2.5lb |
Trigger Shoe | Flat |
Material | S7 Tool Steel, A2 Tool Steel |
Finish | Anodized, QPQ Nitride, Teflon Nickel |
Color | Black, Bronze |
Compatibility | Standard AR15 components, Standard DPMS AR10 Components |
Made in USA | Yes |
Pin Size | 0.154 (Small Pin) |
Housing | 6061 Aluminum |
Arm or Ally is a stocking dealer for all Aero Precision, Faxon Firearms, Ballistic Advantage, HOLOSUN, Toolcraft, Elftmann Tactical, Timney, TriggerTech, HIPERFIRE and was named the #1 Overall E-Commerce Dealer for Aero Precision Products in 2020!
See our growing inventory of AR Parts, Parts for Glock and Reloading Components.