Kimber Mt Asnt Mojave 6.5 Creedmoor 22" 4-Round Bolt-Action Rifle

The Kimber Mountain Ascent Mojave in 6.5 Creedmoor is a precision bolt-action rifle engineered for long-range hunters and tactical marksmen who demand sub-MOA accuracy in a lightweight, packable platform. This rifle addresses a critical gap in the market: delivering genuine rifle-quality performance without the weight penalty that typically accompanies heavy magnum cartridge systems. At 8.75 pounds, the Mountain Ascent Mojave strikes the balance between ballistic capability and field portability that serious backcountry and tactical shooters require for extended-range engagements beyond 500 yards.

Built on Kimber's proven controlled-feed bolt-action platform, the Mountain Ascent Mojave features a 22-inch barrel optimized for 6.5 Creedmoor ballistics, a cartridge renowned for minimal wind drift and exceptional energy retention at distance. The four-round magazine capacity suits tactical applications and hunting scenarios where follow-up accuracy matters more than magazine volume. The Mojave variant incorporates desert-rated finishes and components specifically designed to operate reliably in high-temperature, low-humidity environments where standard coatings degrade. The rifle's precision stock geometry and trigger control facilitate consistent 0.5-MOA groups, essential for threat identification and ethical shot placement at extended ranges.

This rifle serves precision marksmen, military/law enforcement designated sharpshooters, and long-range hunters who operate in austere environments where weight and reliability intersect. The Mountain Ascent Mojave integrates seamlessly with modern tactical optic mounting systems via integrated rails, enabling rapid deployment of variable magnification optics for ranging and target engagement. Its compact profile and reduced recoil impulse compared to larger magnums make it suitable for shooters of varying experience levels seeking legitimate precision-rifle capability. Proper maintenance of the controlled-feed mechanism and regular bore cleaning ensure consistent performance across extended deployment cycles.