Trijicon AC22006 Riflescope Rings 1" Extra High Black Anodized

The Trijicon AC22006 riflescope rings deliver the precision mounting solution needed for optimal scope performance on high-profile setups. These extra high rings accommodate larger objective lenses while maintaining the rock-solid reliability Trijicon is known for in professional applications.

What Makes This Different

Trijicon's hardcoat anodized finish provides superior corrosion resistance compared to standard aluminum rings. The extra high profile creates 0.87 inches of clearance between scope and rail, allowing for 50mm+ objective lenses without barrel interference. Each ring undergoes precision machining to maintain perfect alignment and prevent scope tube damage during extended use.

Key Features

• Extra high profile provides maximum objective lens clearance
• Hardcoat anodized black finish resists wear and corrosion
• 1-inch tube diameter fits most popular riflescope models
• Precision-machined aluminum construction for consistent clamping
• Compatible with Picatinny and Weaver rail systems
• Four-screw cap design distributes clamping force evenly
• Torque specifications marked for proper installation

These rings maintain zero through thousands of rounds across hunting, tactical, and competitive shooting applications. The extra high profile proves essential when mounting scopes with large objective lenses on AR-platform rifles or bolt-action rifles with heavy barrel contours. Weather-sealed construction handles temperature extremes and moisture exposure without loosening or shifting.

Technical Specs

• Ring height: Extra high (0.87" center height)
• Tube diameter: 1 inch
• Material: 6061-T6 aluminum alloy
• Finish: Hardcoat anodized black
• Mount type: Picatinny/Weaver compatible
• Screw count: 4 per ring cap
• Weight: Approximately 3.2 oz per pair
• Country of origin: USA

Professional shooters choose Trijicon rings because scope mounting cannot be compromised. The AC22006 model handles the specific challenge of extra-high mounting while maintaining the precision required for long-range accuracy.