The Talley POM252714 Picatinny Rail transforms your Tikka T3 or T3x short action rifle into a precision long-range platform with its built-in 20 MOA cant. This one-piece aluminum rail replaces the factory bases to provide a rock-solid mounting foundation for tactical and precision optics.
What Makes This Different
Unlike standard flat rails, this mount incorporates a 20 MOA downward cant that effectively extends your scope's elevation adjustment range by approximately 70 inches at 1,000 yards. The one-piece design eliminates potential alignment issues common with two-piece ring systems. Precision CNC machining from 6061-T6 aluminum ensures consistent dimensions and proper headspace maintenance.
Key Features
- 20 MOA built-in cant extends long-range elevation capability
- One-piece construction eliminates ring-to-ring alignment issues
- CNC machined from 6061-T6 aluminum for dimensional stability
- Type III hard coat anodizing provides corrosion and wear resistance
- Direct bolt-on replacement for factory Tikka bases
- MIL-STD-1913 Picatinny rail accepts standard tactical rings
- Maintains factory headspace and barrel harmonics
This rail excels in precision rifle applications where maximum elevation adjustment becomes critical beyond 600 yards. The 20 MOA cant allows shooters to utilize more of their scope's internal adjustment range while keeping the reticle closer to optical center for improved tracking accuracy. The hard anodized finish withstands field conditions and repeated mounting cycles without wear.
Technical Specs
- Material: 6061-T6 aluminum alloy
- Finish: Type III hard coat anodizing, matte black
- Cant: 20 MOA downward slope
- Compatibility: Tikka T3 and T3x short action rifles
- Rail Standard: MIL-STD-1913 Picatinny
- Installation: Direct bolt-on, no gunsmithing required
- Weight: Approximately 4.2 ounces
- Country of Origin: USA
Professional shooters and hunters demanding maximum precision choose Talley mounts for their proven track record in competition and field use. This rail system delivers the foundation needed for consistent long-range performance without the complexity of adjustable bases.