Savage Arms 32193 Axis 2 .223 Rem 22" 5-Round Left Hand Bolt-Action Rifle

The Savage Arms 32193 Axis 2 .223 Rem 22" 5-Round Left Hand Bolt-Action Rifle is purpose-built for left-handed shooters who demand precision and reliability in a modern rifle platform. Whether you're engaging in tactical training, precision shooting, or hunting varmints at distance, this rifle delivers the accuracy and handling characteristics trusted by law enforcement and military marksmen. The left-hand configuration eliminates the compromise of ambidextrous controls, providing natural, intuitive ergonomics that reduce transition times and improve shot consistency for southpaw operators.

Built on Savage's proven Axis 2 action, this rifle features a smooth, controlled bolt cycle with minimal lift required for reliable extraction and feeding. The .223 Remington chambering—the standard intermediate rifle cartridge—delivers flat trajectory, minimal recoil, and cost-effective ammunition availability, making it ideal for high-round-count training regimens. At 10.7 pounds with a 22-inch barrel, the rifle achieves a balanced profile that manages recoil impulse while maintaining the velocity needed for effective performance across tactical engagement distances. The 5-round magazine capacity suits both competitive and field applications, and the left-hand bolt throw positions the charging handle on the support side for seamless operation without grip adjustment.

Left-handed shooters will appreciate the factory-correct bolt orientation, which eliminates the unsafe and inefficient workarounds common with ambidextrous or right-hand-only platforms. This rifle works seamlessly with standard .223 Rem ammunition and AR-platform magazines, ensuring compatibility with widely available ammunition and accessories. The Axis 2 platform is known for accuracy potential and straightforward maintenance, making it an excellent foundation for optic mounting and aftermarket upgrades. Ideal for precision shooters, defensive training, and operators who refuse to compromise ergonomics.