Warne Mountain Tech 1-Piece Picatinny Base - Matte Finish for Browning X-Bolt Long Action
Warne Scope Mounts
The Warne Mountain Tech 1-Piece Picatinny Base is a single-piece scope mount specifically engineered for Browning X-Bolt short-action rifles. Built from 7075-T6 aluminum, this Picatinny rail delivers the rigid, repeatable foundation your optic needs for accurate shots in the field. Whether you're mounting a lightweight hunting scope or a precision long-range setup, a solid base is non-negotiable—and that's exactly what this mount provides.
Warne's reputation rests on attention to detail, and that shows here. The matte finish protects against corrosion and glint, keeping your rifle work-ready in all weather and eliminating any reflective signature. The one-piece design is inherently more stable than split-ring systems, reducing the chance of point-of-impact shift between outings. For X-Bolt owners who refuse to compromise on reliability, this is the baseline component that makes everything else—trigger control, bullet selection, range work—actually matter.
Installation is straightforward, and the universal Picatinny standard means you can pair this base with any Picatinny-compatible scope rings and optics. Whether you're building a mountain rifle, a timber gun, or a long-distance hammer, starting with a quality foundation saves headaches and keeps your zero where you put it.
| Brand | Warne Scope Mounts |
| Product Type | 1-Piece Picatinny Scope Base |
| Finish | Matte |
| Material | 7075-T6 Aluminum |
| Compatibility | Browning X-Bolt Short Action |
| Mount Standard | Picatinny Rail |
This base is engineered specifically for Browning X-Bolt short-action rifles. Verify your rifle's action length before ordering to ensure proper fit.
Any scope rings or mounting system compatible with Picatinny rails will work with this base. Picatinny is the universal standard, so you have broad options for optic selection and ring manufacturers.
A single-piece design eliminates the seam between front and rear sections, reducing potential movement and improving repeatability. Your zero stays put, which matters when you're counting on your rifle in the field.