Warne Mountain Tech 1-Piece Picatinny Base Matte for Browning X-Bolt Short Action, 20 MOA
Warne Scope Mounts
A solid scope mount is where accuracy begins—and the Warne Mountain Tech 1-Piece Picatinny Base is engineered to deliver that foundation for your Browning X-Bolt long-action rifle. This aluminum rail is purpose-built to lock your optics into place with the rigidity and repeatability that serious hunters demand, whether you're glassing from a treestand or dialing in at the range.
Built from 7075-T6 aluminum, the base combines lightweight construction with the strength needed to withstand backcountry conditions and hard use. The integrated 20 MOA elevation correction accommodates long-range trajectories, so you'll have room to dial up without running out of turret travel on distant shots. Its one-piece design minimizes potential zero-shift—there's nowhere for the scope to slip because there's only one solid connection point between your rifle and your glass.
The matte-black finish sheds glare and blends into your rifle's profile without unnecessary shine. If you're running modern tactical rings or hunting-weight optics on a standard Picatinny setup, this base accepts them without modification. For X-Bolt shooters who want a precision mount that won't demand constant rechecking, the Warne Mountain Tech delivers.
| Brand | Warne Scope Mounts |
| Product Type | 1-Piece Scope Base |
| Rail System | Picatinny |
| Elevation Correction | 20 MOA |
| Material | 7075-T6 Aluminum |
| Finish | Matte Black |
| Compatibility | Browning X-Bolt Long Action |
Yes. The Warne Mountain Tech 1-Piece Picatinny Base is designed specifically for the Browning X-Bolt long-action platform.
The integrated 20 MOA elevation correction angles the scope upward slightly, giving you additional turret adjustment room for long-range shooting. This is especially useful if you're zeroing at 100 yards but planning to engage distant targets.
Yes. The base features Picatinny slots, so any rings with Picatinny clips will mount directly without adapters.
A one-piece design eliminates the seam where two bases meet, reducing the number of potential stress points and improving the likelihood that your zero will remain solid through hard use and recoil.