Fierce FCRGLR7PRC24BCPH 7 PRC 24 Black/Cerakote finish Rifle

The Fierce Firearms Carbon Rage Long Range chambered in 7mm PRC with a 24-inch black carbon fiber barrel represents a purpose-built platform for extended-range shooting. This rifle delivers the precision engineering required for serious long-range precision work, combining advanced action mechanics with match-grade components designed to perform consistently at distance. The Carbon Rage LR builds on Fierce's reputation for delivering field-proven accuracy in a modern, lightweight package.

Core specifications reflect a commitment to precision rifle standards. The Triad 3-lug action pairs with a 70-degree bolt throw for efficient cycling and reliable feeding with detachable drop-box magazines. The match-grade adjustable TriggerTech trigger provides the clean, predictable break necessary for accurate shot placement at distance. The carbon fiber barrel, threaded and finished with Matrix protection, balances weight savings with thermal stability critical in long-range applications. The Rage LR aggressive stock includes a push-button adjustable comb for consistent cheek weld and sight picture alignment. An integral Picatinny rail accommodates bipod attachment for field-expedient support. Armour Lube black coating on the bolt and action reduces friction and enhances reliability through extended shooting sequences. The 3-position safety allows rapid transitions between ready and secure states.

The 7mm PRC cartridge has gained traction among long-range hunters and competitive shooters for its ballistic efficiency and moderate recoil signature compared to larger magnum options. This caliber-and-barrel combination delivers velocity and energy retention suitable for extended engagements beyond 500 yards. The Carbon Rage LR configuration targets precision rifle competitors, long-range hunting applications, and shooters seeking a modern platform optimized for accuracy-first performance. The lightweight carbon construction reduces fatigue during field use while maintaining the stiffness necessary for repeatable group consistency.