Talley Browning X-Bolt Scope Mounts 34mm Low 20 MOA Short/Super Short Burnt Bronze

The Talley Browning X-Bolt Scope Mounts 34mm Low 20 MOA Short/Super Short Burnt Bronze (HC830735SM) represent a purpose-built solution for precision rifle shooters and tactical operators who demand integrated, one-piece mounting systems. Designed specifically for Browning X-Bolt rifles, this mount eliminates the traditional two-piece base-and-ring interface that introduces potential alignment errors and repeatability issues. Law enforcement and military personnel operating long-range precision rifles benefit from the simplified design that reduces variables in scope installation and zeroing procedures.

The 20 MOA elevation bias incorporated into the mount design enables shooters to maximize the adjustment range of their optics when engaging distant targets—essential for extended-range field applications where holdover becomes problematic. The 34mm tube diameter accommodates premium tactical and hunting optics with superior optical clarity and light transmission. The low-profile design minimizes sight line height while the burnt bronze finish provides corrosion resistance and reduced light reflection without sacrificing durability. Manufacturing as an integrated one-piece assembly ensures factory-aligned geometry, eliminating the need for critical base-to-ring spacing adjustments that often fail in field conditions.

This mount proves invaluable for hunters and precision shooters operating Browning X-Bolt short and super-short action rifles where weight savings and compact ergonomics matter. Installation requires no gunsmithing—the design interfaces directly with X-Bolt receiver geometry for consistent, repeatable mounting. The lightweight 0.25 lb construction maintains rifle balance and maneuverability while preserving the structural integrity required for magnum cartridge recoil management. Talley's American manufacturing ensures quality control and compatibility assurance across production runs, making it a reliable choice for mission-critical applications.