The Warne 7221M Mountain Tech scope rings deliver precision mounting for 34mm optics with zero-MOA cant in a medium height configuration. These rings feature Warne's proven construction methods that maintain zero under heavy recoil and extreme conditions.
What Makes This Different
The Mountain Tech series incorporates Warne's precision-machined steel construction with a matte black finish that eliminates glare while resisting corrosion. Unlike standard aluminum rings, these steel rings provide superior clamping force distribution across the scope tube, preventing damage to expensive optics. The zero-MOA design maintains the scope's natural elevation adjustment range without introducing cant.
Key Features
- Precision-machined steel construction for maximum durability and recoil resistance
- 34mm tube diameter compatibility with medium height clearance
- Zero-MOA cant maintains scope's full elevation adjustment range
- Matte black finish reduces glare and provides corrosion resistance
- Four-screw cap design ensures even clamping pressure distribution
- Compatible with standard Weaver and Picatinny rail systems
- Torque specifications clearly marked for proper installation
These rings perform consistently across hunting, tactical, and competition applications. The steel construction handles magnum cartridge recoil without shifting, while the precision tolerances ensure repeatable zero retention. The matte finish works effectively in bright sunlight conditions where scope glare becomes problematic.
Technical Specs
- Ring Diameter: 34mm
- Height: Medium (approximately 0.9 inches)
- Cant: 0 MOA
- Material: Precision-machined steel
- Finish: Matte black
- Mount Type: Weaver/Picatinny compatible
- Cap Screws: Four per ring
- Weight: Approximately 4.2 ounces per pair
- Manufacturer: Warne Scope Mounts
The 7221M rings represent Warne's commitment to manufacturing precision mounting solutions that protect expensive optics investments. Professional gunsmiths and serious shooters choose these rings when scope security cannot be compromised.