Savage Arms 32093 Axis 2 .223 Rem 22" 5-Round Left Hand Bolt-Action Rifle

The Savage Arms 32093 Axis II .223 Remington left-hand bolt-action rifle delivers reliable precision for tactical shooters, hunters, and riflemen who demand a dependable platform without unnecessary complexity. Built for shooters who operate from the weak side, this left-hand configuration eliminates the awkward manipulation required of many conventionally-designed rifles and allows natural cartridge ejection and bolt manipulation. The .223 Remington chambering balances low recoil, minimal wind deflection, and practical accuracy for target work, varmint control, and defensive applications.

The rifle features a short-throw bolt action with a robust two-lug breech design, proven in Savage's military and law enforcement service rifles for consistent lock-up and durability under sustained fire. The 22-inch barrel provides effective velocity and sight radius while maintaining a practical overall length of 49 inches for vehicle operations, building clearance, and storage. At 9.6 pounds, the rifle balances weight distribution for extended shooting without fatigue, and the five-round detachable magazine simplifies loading, unloading, and ammunition management in tactical or field scenarios. The AccuTrigger system delivers a clean, predictable break that supports consistent shot placement across distance.

Left-handed shooters benefit immediately from this configuration, eliminating the safety concerns and performance loss of operating a right-hand rifle from the support side. The rifle accepts standard AR-15 pattern magazines in .223 Remington, expanding ammunition capacity and compatibility with field logistics already in place at range facilities or tactical operations centers. Professional end-users appreciate the Axis II platform for its straightforward maintenance, readily available replacement parts, and proven track record of consistent accuracy from 100 to 300 meters—essential for precision riflemanship in competition, training, and operational environments.