Steiner T-Series 5960 30mm Low Profile Scope Rings Matte Black

The Steiner T-Series 5960 scope rings deliver precision mounting for 30mm riflescopes with their low-profile aluminum construction. These rings provide the reliable connection between optic and rifle that serious shooters demand for consistent accuracy.

What Makes This Different

The T-Series 5960 rings feature Steiner's precision-machined aluminum construction with exact 30mm tube dimensions for optimal scope alignment. Unlike standard rings that can introduce stress points, these rings distribute clamping force evenly across the scope tube. The low-profile design reduces overall height while maintaining full structural integrity for heavy recoiling calibers.

Key Features

• 30mm tube diameter with precision-machined aluminum construction
• Low-profile design minimizes scope height above bore axis
• Matte black anodized finish resists corrosion and glare
• Four-screw cap design ensures secure scope retention
• Compatible with standard Weaver and Picatinny rail systems
• Torque specifications marked for proper installation
• Aircraft-grade aluminum construction rated for magnum calibers

These rings perform consistently across temperature extremes and heavy recoil conditions. The low mounting height maintains proper cheek weld while allowing adequate clearance for bolt operation and ejection. Competition shooters appreciate the repeatable zero retention, while hunters rely on the corrosion-resistant finish during extended field use.

Technical Specs

• Tube Diameter: 30mm
• Height: Low profile configuration
• Material: Aircraft-grade aluminum alloy
• Finish: Matte black hard anodized
• Mount Type: Weaver/Picatinny rail compatible
• Screw Count: 4 screws per ring cap
• Weight: Approximately 3.2 oz per pair
• Country of Origin: Germany

The T-Series 5960 rings represent German engineering precision at an accessible price point. Their proven track record with law enforcement and military users demonstrates the reliability that civilian shooters can depend on for critical applications.