Winchester Repeating Arms 535782294 6.5 PRC 24" 4-Round Bolt-Action Rifle

The Winchester Repeating Arms 6.5 PRC 24" 4-Round Bolt-Action Rifle represents a precision platform purpose-built for long-range hunting and tactical applications where accuracy and reliability are non-negotiable. Chambered in 6.5 PRC, this rifle delivers superior ballistic performance at extended distances—a caliber that has earned widespread adoption among professional hunters and precision shooters for its flat trajectory and consistent energy retention. Winchester's engineering ensures this rifle meets the exacting standards demanded by operators who rely on their equipment in high-stakes environments.

Built on a robust bolt-action platform, this rifle features a 24-inch barrel optimized for the 6.5 PRC cartridge, delivering velocity and accuracy without excessive length or maneuverability concerns. The 4-round magazine provides sufficient capacity for field applications while maintaining a compact profile suitable for tactical carry and hunting scenarios. At 9.25 pounds, the rifle achieves an ideal balance between recoil management and portability—heavy enough to absorb the 6.5 PRC's moderate recoil impulse, yet light enough for extended field operations. Winchester's barrel and receiver geometry ensure consistent accuracy through precise machining and quality control standards inherited from decades of military and law enforcement service.

This rifle is ideal for precision hunters, tactical marksmen, and shooters pursuing game at 300+ yards where the 6.5 PRC's ballistic advantages become decisive. It pairs seamlessly with modern optics systems via standard Picatinny rail configuration and accepts aftermarket stocks, triggers, and chassis components for customization. Law enforcement precision rifle teams and military applications frequently spec Winchester platforms for their documented durability and factory support. Whether configured as a hunting rifle or precision platform rifle, this bolt-action delivers repeatable performance across temperature extremes and field conditions.