Warne 7204M Mountain Tech Scope Rings 1" Ultra High Matte Black

The Warne 7204M Mountain Tech scope rings deliver precision mounting for 1-inch riflescopes with their ultra-high profile design. These rings solve clearance issues with large objective lenses while maintaining the rock-solid reliability Warne is known for in the field.

What Makes This Different

The Mountain Tech series features Warne's proprietary steel construction with a matte black finish that eliminates glare and resists corrosion. Unlike standard rings that may shift under heavy recoil, these rings incorporate a four-screw cap design that distributes clamping force evenly around the scope tube. The ultra-high profile provides 0.87 inches of clearance, accommodating objective lenses up to 56mm without compromising cheek weld.

Key Features

• Ultra-high profile with 0.87-inch scope clearance for large objective lenses
• Precision-machined steel construction with matte black oxide finish
• Four-screw cap design ensures even pressure distribution
• Fits standard Weaver and Picatinny rail systems
• 0 MOA cant for level scope mounting
• Torque specifications clearly marked for proper installation
• Compatible with 1-inch diameter scope tubes

These rings excel in hunting applications where large variable scopes with oversized objectives are common. The steel construction handles magnum recoil without scope shift, while the matte finish prevents detection in low-light conditions. Competition shooters appreciate the consistent return to zero after scope removal and remounting.

Technical Specs

• Ring diameter: 1 inch (25.4mm)
• Height: Ultra High (0.87-inch clearance)
• Material: Precision-machined steel
• Finish: Matte black oxide coating
• Mounting: Weaver/Picatinny rail compatible
• Cant: 0 MOA (no built-in angle)
• Cap screws: Four per ring for even clamping
• Country of origin: USA

Warne's reputation for manufacturing precision optics mounts makes the 7204M a smart investment for serious shooters. The ultra-high profile solves scope clearance problems while maintaining the structural integrity needed for consistent accuracy.