Fierce FCTRXP7MMBC20BS 7mm BC 20 Black/Sonic finish Rifle

The Fierce CT Rival XP 7mm Blackout rifle combines precision engineering with modern materials science to deliver a lightweight, high-performance platform for serious shooters. Built around a titanium action paired with a match-grade, hand-lapped carbon fiber barrel, this rifle minimizes weight without compromising structural rigidity—a critical advantage for field work where every ounce matters. The 70-degree bolt throw accelerates the operating cycle, improving practical accuracy during rapid shooting sequences.

Key specifications position this rifle for precision and shootability. The match-grade barrel features 5/8"x24 threading and ships with a Titanium NIX muzzle brake, which reduces recoil impulse and provides predictable handling characteristics. The two-position safety meets operator expectations for rapid engagement, while the Bix'n Andy trigger—a known benchmark in custom rifle builds—delivers clean breaks essential for accuracy work. An adjustable carbon fiber comb stock allows fit optimization across different shooting positions and body types. The drop-box magazine system improves reliability compared to single-feed configurations and speeds magazine changes. Limbsaver recoil pad absorption manages the 7mm Blackout's energy, reducing shooter fatigue during extended shooting sessions.

This rifle appeals to long-range hunters, precision rifle competitors, and shooters who demand premium materials and hand-finished components. The carbon fiber barrel reduces thermal expansion compared to steel, maintaining point-of-aim stability across temperature variations—a measurable benefit during extended range sessions or hunting in changing conditions. At 8.9 lbs, the CT Rival XP operates significantly lighter than conventional steel-barreled precision rifles, making it practical for hunters covering demanding terrain. The 7mm Blackout cartridge delivers substantial downrange energy in a compact package suitable for suppressed fire or standard ammunition.