Remington 7mm Rem Mag 22" 4-Round Threaded Barrel Rifle

The Remington 7mm Rem Mag 22" 4-Round Threaded Barrel Rifle from Proof Research represents a precision long-range platform built for hunters, competitive shooters, and tactical professionals who demand sub-MOA accuracy at extended distances. The 7mm Rem Mag cartridge has been the gold standard for magnum rifle performance for decades, delivering excellent ballistics retention and terminal performance beyond 1,000 yards. This rifle bridges the gap between traditional hunting ergonomics and modern tactical requirements, making it equally at home in alpine terrain or precision rifle competitions.

The 22-inch threaded barrel accommodates modern suppressors and muzzle devices, reducing sound signature and recoil impulse while maintaining velocity efficiency in the 7mm Rem Mag caliber. At 13.32 pounds, this rifle balances weight for both sustained accuracy and field mobility—critical factors in long-range hunting and precision shooting applications. The 4-round magazine capacity meets most hunting regulations while providing sufficient operational reserve for tactical scenarios. Proof Research's reputation for match-grade accuracy stems from rigorous quality control and precision manufacturing, ensuring each rifle delivers consistent performance across varied environmental conditions.

This rifle is ideal for serious distance shooters planning to engage targets from 300 to 1,500+ yards, where the 7mm Rem Mag's ballistic coefficient and velocity provide decisive advantages over smaller cartridges. Law enforcement precision teams, military designated marksman programs, and long-range hunting expeditions benefit from the combination of precision engineering and practical field-ready design. The threaded barrel enables users to add suppressors for hearing protection and recoil reduction without sacrificing accuracy, while also allowing integration with modern muzzle brakes for enhanced control in rapid-fire sequences. Proper rifle maintenance, quality ammunition selection, and adequate scope mounting are essential for realizing the full potential of this precision platform.