Winchester 4+1 .308 Win 20" 5-Round Cerakote Bolt-Action Rifle

The Fierce Firearms ROGM308WIN20BF Mini Rogue chambered in .308 Winchester is a precision bolt-action rifle engineered for shooters who demand match-grade accuracy and field-proven reliability. Built around a hand-lapped, match-grade 20-inch barrel, this rifle delivers the inherent stability and velocity control that the .308 Winchester cartridge is known for, making it suitable for medium to long-range shooting, precision training, and tactical applications where shot consistency matters.

The Mini Rogue features a black Cerakote steel receiver paired with a forest camo carbon fiber stock and adjustable comb—a combination that balances durability against harsh field conditions with weight reduction and ergonomic fit. The adjustable comb allows shooters to establish proper cheek weld across different optic heights and shooting positions, while the Picatinny rail facilitates mounting of tactical accessories and precision optics. At 19.87 lbs, the rifle remains manageable in extended shooting sessions without sacrificing the mass needed for recoil management and shot stability inherent to .308 Winchester performance.

This configuration is designed for precision-focused shooters—competitive marksmen, long-range hunters, and operators conducting tactical training or qualification. The 4+1 capacity (four rounds in magazine, one in chamber) reflects the single-shot discipline approach common in precision rifle disciplines. The forest camo finish on the carbon fiber stock provides visual signature control in varied terrain without adding unnecessary weight that traditional furniture would introduce.

The .308 Winchester remains the NATO-standard rifle cartridge and the most widely used platform for precision and tactical rifle work across military, law enforcement, and civilian precision shooting communities. The Mini Rogue's specifications—hand-lapped barrel, adjustable ergonomics, and modular rail system—place it in the serious precision rifle segment where accuracy repeatability and user-specific fit determine performance in real-world applications.