Savage Arms 93 .17 HMR 16.5" Threaded Barrel Bolt-Action Rifle

The Savage Arms 93 .17 HMR 16.5" Threaded Barrel Bolt-Action Rifle is purpose-built for precision shooters who demand accuracy at distance without the recoil and report of larger centerfire cartridges. Designed for varmint control, small-game hunting, and competitive rimfire applications, this rifle excels in scenarios where noise signature and shooter fatigue matter—critical considerations in rural pest management and training environments. The .17 HMR chambering delivers flat trajectory and minimal wind drift, making it ideal for shooters who value consistency and minimal collateral damage downrange.

Built on Savage's proven 93 bolt-action platform, this rifle features a 16.5-inch threaded barrel that enables sound suppression and muzzle device installation—a significant advantage in noise-restricted areas and tactical training scenarios. The threaded design allows seamless integration with industry-standard 1/2x28 suppressors and muzzle brakes, enhancing operational versatility without requiring permanent modifications. At 6.03 lbs and 35 inches overall, the compact profile delivers excellent maneuverability in tight spaces while maintaining the rigid one-piece receiver geometry Savage is known for. The bolt-action mechanism provides inherent reliability and straightforward operation, essential attributes for both law enforcement training and field work.

This rifle is particularly suited for tactical teams conducting varmint operations, precision marksmen pursuing small-game applications, and shooters who need a threaded-barrel platform for suppressor-ready deployment. The lightweight construction makes it accessible for extended field sessions, while the threaded barrel acceptance ensures compatibility with standard .17 HMR suppressors and compensators. Installation of threaded accessories is straightforward—simply mount to the existing 1/2x28 threads. The Savage 93 platform is compatible with standard .17 HMR ammunition across all velocity and bullet-weight variants, offering flexibility in load selection based on operational requirements.