Christensen Arms 8011202800 MPR 17 16" 11-Round Bolt-Action Rifle

The Christensen Arms MPR 17 16" 11-Round Bolt-Action Rifle is a precision hunting and tactical platform engineered for shooters who demand accuracy without compromise. Built for centerfire cartridges in the 6mm to 6.5mm range, this rifle serves law enforcement precision marksmen, competitive shooters, and serious hunters requiring sub-MOA performance from a lightweight, packable platform. The 16-inch barrel provides the velocity consistency needed for field shooting while maintaining maneuverability in practical tactical scenarios.

Christensen Arms' reputation for aerospace-grade composite stocks and match-grade barrels translates directly into the MPR 17's performance envelope. The 11-round magazine capacity balances ammunition supply with compact handling, while the bolt-action mechanism ensures absolute reliability in adverse conditions—critical for duty use and field operations. At 8.4 pounds, the rifle achieves genuine lightweight construction without sacrificing rigidity; the composite chassis minimizes thermal drift and environmental interference that degrades long-range accuracy. The 16-inch barrel maintains thermal stability during rapid-fire sequences, a feature that separates purpose-built tactical rifles from hunting platforms.

This configuration excels for precision rifle competitors, law enforcement marksmen, and backcountry hunters who value portability and consistent shot placement over raw caliber power. The Christensen Arms MPR 17 accepts standard AICS-pattern magazines, ensuring logistics compatibility across modern precision platforms. Field-proven in both competitive and duty environments, this rifle rewards quality ammunition selection and proper scope mounting—modern optics in the 3–12x or 4–16x range complement the platform's inherent accuracy potential. For shooters seeking a lightweight bolt-action rifle with proven reliability and sub-MOA capability, the MPR 17 delivers measurable performance advantages in field conditions.