Christensen Arms 8010107500 Mesa FFT 6.5 PRC 4+1 20" Threaded Barrel, Burnt Bronze Cerakote, Green with Black/Tan Webbing Stock

The Christensen Arms Mesa FFT 6.5 PRC 4+1 20" Threaded Barrel rifle combines ultralight construction with precision long-range capability, purpose-built for backcountry hunting and demanding field applications. At 8.8 lbs, this rifle delivers the weight savings critical for extended hunts while maintaining the rigidity necessary for consistent accuracy at distance. The 20-inch stainless steel barrel features a threaded muzzle, enabling direct attachment of suppressors or muzzle brakes without adapter rings—a significant advantage when managing recoil impulse or reducing signature in noise-sensitive environments.

The 6.5 PRC cartridge delivers superior ballistic coefficient and downrange energy compared to smaller long-range cartridges, making it the caliber of choice for precision shooters taking game or targets beyond 600 yards. The Burnt Bronze Cerakote finish resists corrosion from moisture, salt air, and harsh field conditions while maintaining a low-visibility profile. The 4+1 capacity provides four rounds in the magazine plus one in the chamber—sufficient for most hunting scenarios. The green stock with black and tan webbing offers ergonomic control surfaces and aesthetic coherence without adding unnecessary weight. The Mesa FFT platform is engineered for shooters who refuse to compromise between portability and ballistic performance.

This rifle is optimized for precision rifle hunters, long-range competition shooters, and tactical operators who demand a dependable 6.5 PRC for extended-range engagements. The lightweight profile suits backcountry access and mountain hunting where every ounce matters, while the threaded barrel and precision construction support consistent 1000-yard performance when paired with quality optics and ammunition. Christensen Arms' commitment to ultralight rifle design makes this platform a proven choice for professionals and serious enthusiasts who prioritize field readiness over unnecessary weight.