The Christensen Arms Ridgeline FFT Titanium is a precision bolt-action rifle designed for enthusiasts and professionals seeking exceptional accuracy and durability. Crafted with a natural bead-blast finish, this firearm features a lightweight yet robust synthetic stock accented with metallic gray details. Its sleek design and high-quality materials ensure reliability in various shooting scenarios. The rifle is chambered in 22 Creedmoor, offering excellent long-range performance with minimal recoil, making it ideal for target shooting and varmint hunting.
The Ridgeline FFT Titanium boasts a carbon fiber wrapped stainless steel barrel, which significantly reduces weight while enhancing heat dissipation and barrel longevity. This feature contributes to maintaining consistent accuracy shot after shot. The bolt action mechanism is smooth and reliable, with a capacity of 3 plus 1 rounds, suitable for both hunting and precision shooting applications. The rifle also includes a removable brake for customizable recoil management and noise reduction, enhancing shooting comfort and control.
Designed without sights, the Christensen Arms Ridgeline FFT Titanium is optimized for use with optics, allowing shooters to select and install their preferred scope for optimal targeting. The synthetic stock with metallic gray accents provides a stable and ergonomic grip, ensuring precise handling. With a shipping weight of approximately 6.9 pounds, this firearm balances portability and performance, making it a versatile choice for shooting sports. Backed by a sub-MOA accuracy guarantee, the Ridgeline FFT Titanium is built for those who demand consistent, match-grade precision in their firearm. Whether for hunting or competitive shooting, this rifle delivers exceptional performance and craftsmanship.

Features:

• Sub-MOA Guarantee: Ensures high precision with every shot

• Removable Brake: Allows for recoil reduction and customizable shooting experience

• Carbon Fiber Wrapped Stainless Steel Barrel: Combines lightweight design with heat dissipation and durability