Christensen Arms Mesa FFT 7mm Rem Mag 22" 1:9" Bbl Green w/Black/Tan Accents Rifle 801-01079-00

New for 2022, the Mesa FFT represents the latest innovation Christensen Arm’s carbon fiber structural manufacturing. It features a stock with Flash Forged Technology (FFT), a proprietary and advanced manufacturing technique that does away with the status quo of “overbuilding” a product in order to meet safety standards. Instead, Flash Forged Technology creates an extremely lightweight structure that exceeds strength and safety margins without compromising performance. The FFT stock utilizes an aerospace monocoque shell to eliminate the unnecessary internal weight found on traditional composite stocks, resulting in a stock that’s a full pound lighter with a sturdy and more consistent shooting foundation. This ultra-lightweight stock makes the Mesa FFT an outstanding choice for backwoods hunters, or hunts that involve long hikes. The FFT manufacturing process is also 100% zero-waste: all trimmed composites and defective parts are broken down and put back into the production process, which greatly helps Christensen Arm’s goal of wildlife conservation.

To ensure the utmost reliability, The Mesa FFT uses systems that have already been proven to be effective, such as the M16 style extractor. The receiver also come with an enlarged ejection port, and magnum calibers come with a dual ejector. Other features of the Mesa FFT include a sub-MOA accuracy guarantee, due largely in part to its TriggerTech trigger and featherweight couture, button rifled barrel. In addition, the Mesa FFT is compatible with Remington 700 optics bases, and is available in a wide range of chamberings as well as stock and barrel finishes.

Features of the Mesa FFT:

• Flash Forged Technology stock: Extremely lightweight stock that’s a full pound lighter than traditional composite stocks with a sturdy and more consistent shooting foundation
• Sub-MOA Accuracy Guarantee
• TriggerTech Trigger
• Remington 700 optics base compatible
• Available in a wide range of chamberings and finishes