Fierce Firearms Rival FP 7MM-08 22" Stainless Rifle

The Fierce Firearms Rival FP 7MM-08 22" Stainless Rifle represents a precision bolt-action platform engineered for hunters, long-range shooters, and tactical marksmen who demand sub-MOA accuracy and dependable performance across extended distances. Built on Fierce Firearms' reputation for manufacturing tight-tolerance actions, this rifle delivers the ballistic efficiency and terminal performance of the 7mm-08 Remington in a compact, manageable package. The 7mm-08 cartridge—a proven short-magnum design—offers excellent velocity retention, flat trajectories, and energy retention at extended range while maintaining modest recoil and ammunition cost compared to full-magnum alternatives.

The 22-inch stainless steel barrel profile balances velocity with practical field handling; the stainless construction resists corrosion in adverse weather and reduces maintenance cycles critical in field operations. At 9.18 pounds, this rifle remains handy for extended stalking or tactical deployment without sacrificing the structural rigidity required for precision shooting. The Rival FP action houses a user-serviceable trigger mechanism and accepts standard short-action magazines, enabling rapid magazine changes and ammunition flexibility—essential for military, law enforcement, and competitive applications where reliability under sustained use is non-negotiable.

This platform excels for hunters pursuing medium to large game at extended range, competitive precision shooters who value sub-half-MOA grouping potential, and tactical operators requiring a versatile, accurate intermediate-distance rifle. The modular design supports common aftermarket tactical stocks, rail systems, and optic mounting solutions, ensuring seamless integration into existing loadouts. The 7mm-08's ballistic trajectory makes it effective from 100 to 600+ yards in skilled hands, while the stainless construction and Fierce Firearms' action tolerances ensure consistent performance across temperature extremes and field conditions.