Savage Arms Axis XP 6.5 Creedmoor 22" 4-Round Bolt-Action Rifle

The Savage Arms Axis XP 6.5 Creedmoor 22" 4-Round Bolt-Action Rifle is a precision platform purpose-built for long-range hunting, tactical marksmanship, and competitive shooting applications. This rifle delivers the accuracy and reliability demanded by shooters who require consistent performance across variable conditions—from field hunting to precision rifle competitions. The 6.5 Creedmoor cartridge has become the modern standard for mid-to-long-range engagements, offering superior ballistics, wind deflection control, and terminal performance compared to traditional centerfire options.

Built on Savage's proven Axis platform, this rifle features a short-stroke, smooth-cycling bolt action with a 22-inch barrel optimized for 6.5 Creedmoor ballistics and velocity consistency. The four-round capacity magazine provides adequate ammunition reserves for hunting and tactical scenarios while maintaining a manageable profile. Savage's Axis XP series integrates an AccuTrigger mechanism that delivers a crisp, predictable break critical for precision shooting, and the action is inherently accurate due to Savage's integral bedding design and controlled round feeding system. The barrel geometry and receiver tolerances minimize vertical and horizontal stringing, ensuring reliable shot-to-shot consistency at extended distances.

This rifle serves law enforcement precision marksmen, tactical teams, long-range hunters, and civilian shooters pursuing sub-MOA accuracy standards. The 6.5 Creedmoor chambering pairs exceptionally well with modern optics platforms and aftermarket support systems, allowing users to customize ergonomics, furniture, and accessory mounting to specific mission requirements. The Axis XP design accepts standard AICS-pattern magazines and AR-10 compatible components, providing extensive upgrade pathways. Shooters can confidently deploy this rifle in competitive matches, field conditions, and precision tactical applications where terminal ballistics and mechanical reliability directly impact mission success.