Savage Arms 58195 110 Scout 5.56 NATO 16.5" 11-Round Threaded Barrel Rifle

The Savage Arms 58195 110 Scout 5.56 NATO 16.5" 11-Round Threaded Barrel Rifle delivers the compact, mission-ready platform law enforcement and military personnel demand for close-quarters and CQB operations. Built on Savage's proven 110 action, this scout-profile rifle prioritizes maneuverability without sacrificing accuracy or firepower. Its 16.5-inch barrel length strikes the critical balance between velocity retention and handling speed—essential for room-clearing, vehicle interdiction, and short-range engagement scenarios where a standard 20-inch AR platform becomes cumbersome.

The threaded muzzle design enables direct attachment of suppressors, muzzle devices, or flash hiders without additional adapters, a critical feature for specialized tactical operations requiring signature control. The 11-round magazine capacity provides reliable combat loads while maintaining the bolt-action reliability professionals expect from Savage's precision engineering. At 11.4 pounds, the rifle maintains acceptable weight for extended carry and rapid target transitions, while the 5.56 NATO chamber ensures ammunition standardization across military and law enforcement supply chains. The scout rifle configuration, with its forward-mounted optic ready design and compact footprint (49 inches overall), emphasizes rapid target acquisition and movement through confined spaces.

This rifle suits tactical operators, military units, and law enforcement teams requiring a precision bolt-action alternative to AR-platform carbines, particularly in designated marksman or breach-support roles. The threaded barrel accommodates standard 1/2x28 suppressors and muzzle devices common across 5.56 platforms, ensuring seamless integration with existing tactical gear. Agencies transitioning from conventional rifles to precision platforms, or operators needing a dedicated CQB rifle for specialized missions, will appreciate the Scout's reliability and inherent accuracy advantages over semi-automatic systems.