Proof Research Elevation MTR 2.0 6.5 Creedmoor 22" Threaded Barrel Rifle

The Proof Research Elevation MTR 2.0 6.5 Creedmoor 22" Threaded Barrel Rifle represents a precision platform engineered for long-range tactical applications and competitive shooting disciplines. Built by Proof Research—a manufacturer recognized across military and law enforcement communities for uncompromising barrel quality—this rifle delivers sub-MOA accuracy and consistent performance in field conditions where precision cannot fail. The MTR 2.0 platform serves marksmen, special operations personnel, and precision shooters who demand a modular, reliable system capable of extended-range engagement.

The 22-inch threaded barrel accommodates sound suppressors and muzzle devices, reducing report signature and muzzle rise during follow-up shots—critical advantages in tactical environments and training scenarios. Proof Research's proprietary rifling and steel composition deliver inherent accuracy that minimizes shot deviation across temperature and environmental variables. The 6.5 Creedmoor cartridge excels at medium-to-extended ranges with superior ballistic coefficient and wind resistance compared to 5.56 NATO, making it ideal for precision rifle courses, long-range hunting, and designated marksman applications. At 13.48 lbs, the system maintains reasonable portability while retaining the mass necessary for recoil management and thermal stability during rapid-fire strings.

This rifle benefits operators requiring a semi-automatic precision rifle that balances modularity with factory reliability; the threaded barrel allows integration with standard suppressors (1/2x28 thread pitch) and muzzle brakes. Law enforcement tactical teams, military training units, and civilian precision competitors will appreciate the MTR 2.0's reputation for barrel consistency and long service life. Installation of optics, bipods, and accessory rails follows standard mil-spec configurations, ensuring compatibility with modern tactical equipment ecosystems. Proper maintenance and use of quality ammunition maximize accuracy potential and extend component longevity in demanding operational contexts.