Warne V48820MOA Winchester XPR Vapor 20 MOA Picatinny Rail Short Action

The Warne V48820MOA transforms the Winchester XPR Vapor into a precision long-range platform with its integrated 20 MOA cant. This black anodized aluminum rail system replaces the factory bases to provide a rock-solid mounting foundation for tactical and precision optics.

What Makes This Different

Unlike standard flat rails, the 20 MOA forward cant built into this Picatinny rail extends effective range by pre-loading elevation adjustment into the scope mount. The precision-machined aluminum construction maintains zero under heavy recoil while the MIL-STD-1913 specification ensures compatibility with quality scope rings. Factory Winchester XPR Vapor receivers require this specific short action variant for proper fit and function.

Key Features

• Integrated 20 MOA cant maximizes long-range elevation adjustment
• Black anodized 6061-T6 aluminum construction resists corrosion
• MIL-STD-1913 Picatinny specification with precise slot spacing
• Winchester XPR Vapor short action specific fitment
• Direct replacement for factory scope mounting system
• Machined from solid billet for dimensional consistency
• Low-profile design maintains clean receiver lines

The 20 MOA cant proves essential for shooters engaging targets beyond 600 yards, where standard flat rails exhaust scope adjustment range. Competition shooters benefit from the additional elevation travel for extreme long-range stages, while hunters gain extended effective range for open-country game. The hard anodized finish withstands field conditions and maintains appearance through thousands of rounds.

Technical Specs

• Material: 6061-T6 aluminum alloy
• Finish: Black hard anodized Type III
• Cant: 20 MOA forward slope
• Action Length: Short action only
• Compatibility: Winchester XPR Vapor receivers
• Rail Standard: MIL-STD-1913 Picatinny
• Installation: Gunsmith recommended
• Country of Origin: United States

Professional installation ensures proper headspace and receiver integrity during the conversion process. The precision tolerances and quality materials justify the investment for serious long-range applications where accuracy and reliability cannot be compromised.