Remington Firearms (New) R85757 6.5 Creedmoor 22" 5-Round Bolt-Action Rifle

The Remington Firearms R85757 783 Full Size 6.5 Creedmoor is a precision bolt-action rifle purpose-built for law enforcement, competitive shooters, and precision hunters demanding sub-MOA accuracy at extended ranges. Chambered in the modern 6.5 Creedmoor cartridge—a round that dominates tactical precision competitions and field applications—this rifle delivers superior ballistic performance with reduced recoil compared to traditional magnum calibers. At 9.33 lbs with a 22-inch barrel, the 783 strikes the critical balance between portability and velocity retention, making it ideal for both bench shooting and field operations where precision is non-negotiable.

The Remington R85757 features a drilled and tapped carbon steel receiver that accepts industry-standard Remington 700-pattern optic mounts—essential for mounting quality glass without gunsmithing. The 22-inch matte black steel barrel is cold-hammer-forged for consistent bore concentricity and delivers the velocity needed for mid-range ballistics without excessive blast signature. The synthetic stock in Kryptek Obskura Transitional finish combines durability with proven tactical concealment patterns while resisting weather degradation. The right-hand ergonomics and 4+1 magazine capacity support both deliberate precision work and rapid follow-up shots when tactical scenarios demand it.

Law enforcement precision rifle teams, competitive long-range shooters, and serious hunters will find the Remington 783 in 6.5 Creedmoor a proven platform for consistent accuracy beyond 500 yards. The non-threaded muzzle provides a clean baseline for shooters planning to add a suppressor via an aftermarket adaptor or for those requiring a factory configuration. One 4-round magazine ships with the rifle, though the 783 accepts standard Remington magazine patterns for capacity upgrades. Proper bedding and a quality precision optic will unlock this rifle's inherent accuracy potential in field or competitive environments.