Leupold QRW2 Cross-Slot Ring Mount 1" Low Matte Black 174065

The Leupold QRW2 Cross-Slot Ring Mount 174065 delivers rapid scope deployment with tool-free operation for tactical and hunting applications. This 1-inch low-profile mount system integrates seamlessly with Picatinny and Weaver rail platforms.

What Makes This Different

The QRW2 (Quick Release Weaver 2) system eliminates the need for tools during scope mounting and removal operations. Unlike traditional ring mounts that require Allen keys or screwdrivers, this design features cam-actuated levers that lock with 15 inch-pounds of consistent torque. The cross-slot design provides enhanced grip on rail surfaces compared to standard clamping mechanisms.

Key Features

• Tool-free quick release operation with cam-actuated levers
• Cross-slot clamping system for secure rail engagement
• 1-inch tube diameter with low-profile height configuration
• Matte black hard-anodized aluminum construction
• Compatible with Picatinny and Weaver rail systems
• Consistent 15 inch-pound clamping force per ring
• Precision-machined surfaces for optical alignment

Field conditions demand reliable scope retention without compromising zero repeatability. The QRW2 system maintains consistent point of impact through multiple mount and dismount cycles. Law enforcement and military personnel benefit from the ability to quickly transition between different optical configurations. Hunters can remove scopes for transport while maintaining zero upon reinstallation.

Technical Specs

• Ring diameter: 1 inch (25.4mm)
• Height: Low profile configuration
• Material: Hard-anodized aluminum alloy
• Finish: Matte black Type III anodizing
• Rail compatibility: Picatinny/Weaver (MIL-STD-1913)
• Torque specification: 15 inch-pounds per ring
• Country of origin: United States
• Model number: 174065

Leupold's precision manufacturing ensures consistent performance across temperature extremes and heavy recoil applications. The QRW2 system represents proven technology for professionals who require both speed and reliability in their optical mounting solutions.