The Warne LRSKEL1DE skeleton mount delivers precision scope mounting with integrated 20 MOA elevation built into a lightweight Dark Earth anodized platform. This one-piece mount eliminates the flex and alignment issues common with two-piece ring systems while providing the elevation advantage needed for extended range shooting.
What Makes This Different
The skeleton design reduces weight by 30% compared to solid mounts without sacrificing structural integrity. Machined from 6061-T6 aluminum with precision tolerances, this mount maintains zero under heavy recoil and thermal cycling. The integrated 20 MOA cant maximizes scope adjustment range for long-distance applications where standard mounts fall short.
Key Features
- Integrated 20 MOA elevation cant for extended range capabilityOne-piece skeleton design reduces weight while maintaining strengthDark Earth Type III hard anodized finish resists corrosion and wear
- Precision machined 1" tube rings with consistent 18 in-lb torque specs
- Fits standard Picatinny and Weaver rail systems
- Machined from aircraft-grade 6061-T6 aluminum billet
- Recoil lugs prevent forward movement under heavy recoil
Field performance shows consistent return to zero after removal and reinstallation. The 20 MOA built-in elevation allows shooters to reach targets beyond 800 yards with standard hunting scopes that typically max out around 600 yards. Weather testing confirms the hard anodized finish maintains its protective properties through temperature extremes and moisture exposure.
Technical Specs
- Ring diameter: 1 inch (25.4mm)
- Built-in elevation: 20 MOA
- Material: 6061-T6 aluminum
- Finish: Dark Earth Type III hard anodized
- Rail compatibility: Picatinny/Weaver
- Torque specification: 18 in-lbs on ring screws
- Weight: Approximately 3.2 oz
- Country of origin: USA
The LRSKEL1DE addresses the specific needs of precision shooters who require both weight savings and extended range capability. Professional gunsmiths recognize Warne's consistent manufacturing tolerances and reliable return-to-zero performance across their mounting systems.