Savage Arms 18146 12 LRPV 26" 1-Round Stainless Bolt-Action Rifle

The Savage Arms 18146 12 LRPV 26" 1-Round Stainless Bolt-Action Rifle represents purpose-built precision engineering for dedicated long-range shooters and tactical professionals. Designed specifically for extended-distance engagement and elevated accuracy demands, this platform serves law enforcement precision teams, military marksmen, and civilian long-range competitors who require sub-MOA consistency and reliable field performance. The LRPV designation indicates a long-range production varmint configuration, emphasizing accuracy over rapid fire—a trade-off intentional and valued in precision work.

Built on Savage's proven 110 platform, the 18146 features a 26-inch barrel for optimal velocity and ballistic stability at distance, housed in stainless steel construction that resists corrosion and temperature-induced accuracy drift common in field conditions. The single-round feeding mechanism prioritizes precision handloading and controlled magazine-free operation, allowing shooters to load match-grade ammunition one round at a time—critical for maintaining consistent cartridge seating and minimizing velocity spread. At 15.4 pounds, this rifle provides substantial mass for recoil management and barrel harmonics stability, reducing shot-to-shot vibration and enhancing group consistency at 300+ yard distances.

This configuration best serves shooters committed to methodical, accuracy-first shooting disciplines rather than rapid-fire scenarios. Tactical marksmen, precision hunters at extended range, and benchrest competitors will appreciate the deliberate design philosophy. The rifle's stainless barrel and receiver are compatible with standard modern optics mounting systems and aftermarket accessories designed for the 110 platform, making it adaptable to your specific optic, stock, and ergonomic preferences once acquired. Proper maintenance of the stainless components requires standard bolt-action rifle care; the design inherently minimizes rust concerns in variable weather conditions.