Christensen Arms 8010614100 Ridgeline FFT 22" 4-Round Threaded Barrel Rifle

The Christensen Arms 8010614100 Ridgeline FFT 280 Ackley Improved 3+1 22" Carbon Fiber/Threaded Barrel rifle represents a precision long-range hunting and tactical platform engineered for shooters who demand lightweight performance without sacrificing accuracy or durability. Built on Christensen Arms' reputation for advanced carbon fiber manufacturing, this Ridgeline FFT model delivers the ballistic efficiency of the 280 Ackley Improved cartridge in a package that weighs just 8.6 lbs—ideal for backcountry hunts, precision rifle competitions, or demanding field operations where every ounce matters.

This rifle features a 22-inch threaded stainless steel barrel paired with a proprietary side-baffle muzzle brake that reduces felt recoil and muzzle rise—critical advantages in follow-up shot accuracy and shooter control. The carbon fiber construction extends throughout the platform, including the FFT (flat forged technology) carbon fiber floor plate and bolt knob, which maintain structural integrity while eliminating unnecessary weight that degrades field mobility. The stainless steel barrel resists corrosion in harsh environments, ensuring reliability in alpine, coastal, or wet-weather conditions where tactical and hunting operations demand sustained performance.

The 280 Ackley Improved cartridge excels in medium to long-range applications, delivering superior ballistics compared to the parent 280 Remington while maintaining compatibility with standard .280 bolt faces. The 3+1 magazine configuration provides rapid follow-up capacity suitable for hunting larger game or tactical scenarios requiring immediate second shots. The black finish with gray accents stock delivers a professional, purpose-built aesthetic while the threaded barrel accepts industry-standard suppressors and muzzle devices for customization. This Ridgeline FFT model is purpose-built for precision-focused shooters and hunters who refuse to compromise on weight, accuracy, or field reliability.