Warne LRSKEL1DE | 1″ Skeletonized Mount | 20 MOA

The Warne LRSKEL1DE is a skeletonized scope mount and ring combo for 1″ tubes that provides a built-in 20 MOA slope for extended elevation adjustment. CNC precision machined from 6061 aluminum, the design reduces weight while retaining rigidity and features an extended forward cantilever to improve eye relief for scopes with large eye boxes. The mount is finished in Flat Dark Earth and includes integral rings for straightforward installation on Picatinny rails.

Intended uses include long-range precision shooting where additional elevation is required and AR-style rifle optic setups that need increased forward reach for proper scope placement. The extended design also accommodates accessories such as a 45-degree side-mount adapter.

Product Specifications

• The manufacturer is Warne.
• The model is LRSKEL1DE (Skeletonized).
• The mount type is a Picatinny Rail mount for optic installation.
• The tube size fits a 1″ scope tube.
• The mount includes a built-in slope of 20 MOA to provide additional elevation.
• The finish is Flat Dark Earth for low-visibility coloration.
• The body is CNC precision machined from 6061 aluminum to balance strength and weight.
• The design is skeletonized and reduced in mass by over 30% compared to prior Warne R.A.M.P. designs.
• Rings are included with the mount; Yes, integral rings are supplied.
• The mount requires no additional rings (type of rings needed: none—integral).
• The application is intended for AR-style rifle platforms.
• Overall dimensions measure approximately 2.75 X 6.45 X 7.30 inches.
• Other features include an extended skeletonized design that provides over 2 inches of forward cantilever for improved eye relief.
• The color is listed as Flat Dark Earth.
• The UPC is 656813114603.

With its combination of lightweight construction, integrated 20 MOA cant, and extended forward reach, the LRSKEL1DE is well-suited for shooters who need additional elevation and scope clearance on Picatinny-equipped rifles. The included rings and skeletonized design keep the overall package compact without sacrificing the rigidity required for repeatable optic mounting.