Fierce FRXP7SAUM24TP 7mm 24 3-position safety Rifle

The Fierce FRXP7SAUM24TP 7mm SAUM rifle with 24-inch barrel represents a precision platform engineered for long-range hunters, competitive shooters, and tactical marksmen who demand sub-MOA accuracy and field-proven reliability. The 7mm SAUM (Short Action Ultra Magnum) cartridge delivers superior ballistic performance and flatter trajectories than standard magnum rounds, making this rifle ideal for extended-range engagements where wind drift and bullet drop directly impact shot placement. At 9.15 lbs, this rifle balances portability with stability—critical for both backcountry hunting expeditions and precision shooting disciplines where every ounce affects shooter fatigue and sustained accuracy.

Built on Fierce Firearms' proven action architecture, the FRXP7SAUM24TP integrates a three-position safety that provides intuitive manual control during tactical transitions and hunting scenarios where audible safety clicks must remain discrete. The 24-inch barrel length optimizes muzzle velocity for the 7mm SAUM cartridge while maintaining a compact profile suitable for vehicle transport and navigating thick cover—a design choice validated across military and civilian precision rifle platforms. Premium steel construction ensures consistent headspacing and chamber concentricity, foundational requirements for delivering the sub-half-MOA groups this caliber is capable of producing when paired with quality ammunition and proper shooting technique.

This rifle serves precision rifle competitors, long-range hunters pursuing game at 600+ yards, and tactical shooters building dedicated platforms around the 7mm SAUM cartridge. The three-position safety design integrates seamlessly with standard optic mounting systems, allowing shooters to upgrade with quality glass and rings without modification. Proper handloading or factory ammunition selection is essential—this caliber rewards quality components and demands shooter discipline in load development to unlock the accuracy potential inherent in the platform's design.