Fierce Firearms CF Rogue 300 PRC 22" Blk/Tpy Rifle

The Fierce Firearms CF Rogue 300 PRC 22" Black/Trophy rifle represents a purpose-built platform for long-range precision shooting and tactical applications where dependable performance matters. This bolt-action rifle addresses the demands of hunters, competitive marksmen, and trained shooters who require sub-MOA accuracy at extended distances. The 300 PRC cartridge—a modern magnum designed for superior ballistics and case capacity—delivers the velocity and energy retention necessary for consistent performance beyond 1,000 yards in field conditions.

The CF Rogue platform utilizes a carbon fiber composite stock that reduces overall weight while maintaining rigidity—a critical factor when shooting from field positions or sustained training sessions. The 22-inch barrel strikes a practical balance between velocity, maneuverability, and thermal stability; Fierce Firearms' manufacturing tolerances ensure consistent chamber control and shot-to-shot repeatability. The black/trophy finish combines corrosion-resistant coatings with aesthetic appeal, protecting the rifle's metal surfaces during transport and outdoor exposure. The integrated precision trigger and modern action geometry facilitate clean, predictable breaks essential for distance shooting where shooter error compounds at range.

This rifle benefits shooters committed to long-range training, whether in law enforcement precision rifle courses, competitive precision matches, or backcountry hunting. The 300 PRC cartridge ecosystem—ammunition, components, and published load data—is well-established and accessible, supporting reloaders and factory-ammunition users alike. The 22-inch barrel accommodates standard suppressor mounts and conventional scope rings without special adapters, streamlining setup and allowing integration with existing tactical or hunting optic systems. Proper maintenance of the action, regular cleaning of the carbon fiber stock, and adherence to 300 PRC load specifications ensure reliable operation across training and field applications.