Christensen Arms 8010614300 Ridgeline FFT 7mm Rem Mag 22" 4-Round

The Christensen Arms 8010614300 Ridgeline FFT 7mm Rem Mag 22" 4-Round rifle represents a purpose-built platform for hunters and precision marksmen demanding lightweight performance without sacrificing ballistic capability. Chambered in 7mm Remington Magnum, this rifle delivers substantial downrange energy across extended distances, making it suitable for large game hunting, backcountry expeditions, and long-range field applications where every ounce of rifle weight matters. The Ridgeline FFT platform integrates Christensen Arms' proven engineering into a compact 22-inch barrel configuration designed for maneuverability in timber and mountainous terrain.

At 10 lbs, the Ridgeline FFT achieves its lightweight profile through advanced composite materials and precision manufacturing that maintain rigidity while reducing overall system weight—critical for hunters covering rough country on foot. The FFT (Faster Fourier Transform) designation reflects Christensen Arms' focus on barrel harmonics optimization, resulting in improved shot-to-shot consistency and tighter grouping potential. The 4-round capacity provides adequate firepower for most hunting scenarios while maintaining fast handling characteristics in the field, and the 22-inch barrel balances velocity retention with portability, generating solid muzzle velocities in the 2,950–3,050 fps range depending on ammunition selection.

This rifle serves hunters, backcountry shooters, and precision enthusiasts who value weight savings and field-proven reliability across variable terrain and weather conditions. The 7mm Rem Mag cartridge delivers consistent performance on elk, mule deer, and similar game at ranges beyond 300 yards, while the lightweight design encourages actual field use rather than vehicle transport. Compatibility with standard 7mm Rem Mag ammunition from major manufacturers ensures ammunition availability, and the compact dimensions (48-inch overall length) facilitate transport in vehicles, saddle scabbards, and through dense brush without compromising accuracy potential.