Fierce ROGM65PRC20BRS MINI 6.5 PRC 20 Snora Bolt-Action Rifle

The Fierce ROGM65PRC20BRS MINI 6.5 PRC 20 bolt-action rifle delivers precision and portability in a platform built for serious long-range hunters and tactical marksmen who demand accuracy without bulk. Chambered in 6.5 PRC—a magnum-class cartridge engineered for extended-range capability—this rifle bridges the gap between intermediate calibers and full magnum recoil, making it ideal for mountain hunting, precision competitions, and designated marksman roles where weight management is critical. At 9 pounds, this compact rifle excels in high-country terrain and vehicle-based operations while maintaining the ballistic performance required for consistent hits at distance.

Fierce Firearms engineered the MINI platform around a controlled-round-feed bolt action, delivering reliable chambering and extraction in demanding field conditions that define law enforcement and military standards. The 6.5 PRC cartridge generates superior velocity and energy retention over intermediate rounds, translating to flatter trajectories and reduced wind deflection at extended ranges—critical factors in precision rifle work. The compact 20-inch barrel maintains velocity while reducing overall length to 52.2 inches, allowing faster target acquisition and easier movement through tight cover without sacrificing the ballistic foundation that makes the 6.5 PRC operationally effective.

Professional hunters, precision rifle competitors, and tactical operators benefit most from this configuration, particularly in mountainous terrain where weight and maneuverability directly impact mission success. The rifle's compact dimensions make it compatible with standard bolt-action accessories and modern modular mounting systems, allowing users to tailor optics, suppressors, and support gear to specific operational requirements. Whether configured for long-range hunting expeditions or precision shooting disciplines, the Fierce ROGM65PRC20BRS MINI 6.5 PRC delivers the accuracy-to-weight ratio that separates field-proven systems from theoretical designs.