The Sig Sauer Alpha 6 Scope Ring Set delivers precision mounting for 35mm tube optics with medium height clearance. These rings provide the secure, repeatable zero retention that competitive shooters and tactical professionals demand from their mounting systems.
What Makes This Different
Unlike aluminum alternatives, these rings feature stainless steel construction with a black finish that resists corrosion while maintaining zero under heavy recoil. The Alpha 6 design incorporates four-screw caps per ring for even clamping pressure distribution. Each ring applies 15 inch-pounds of torque evenly across the scope tube, preventing point stress that can damage precision optics.
Key Features
- Stainless steel construction with black corrosion-resistant finish
- 35mm tube diameter compatibility for modern tactical scopes
- Medium height provides clearance for standard objective lenses up to 50mm
- Four-screw cap design distributes clamping force evenly
- Precision-machined surfaces ensure repeatable zero retention
- Compatible with Picatinny and Weaver rail systems
- Torx screws resist stripping under proper installation torque
These rings maintain zero through thousands of rounds across calibers from .223 Remington to .300 Winchester Magnum. The medium height positions scopes at optimal eye relief for AR-platform rifles and bolt-action precision rifles. Stainless steel construction handles temperature extremes from sub-zero hunting conditions to desert patrol environments without losing clamp integrity.
Technical Specs
- Tube Diameter: 35mm
- Height: Medium (approximately 0.97 inches)
- Material: Stainless steel with black finish
- Mounting: Picatinny/Weaver rail compatible
- Screw Type: Torx head cap screws
- Recommended Torque: 15 inch-pounds per screw
- Manufacturer: Sig Sauer Electro-Optics
The Alpha 6 ring set represents proven engineering for shooters who require absolute reliability from their optic mounting system. Professional gunsmiths and precision rifle builders choose these rings when zero retention cannot be compromised.