Remington 7mm Rem Mag 24" 4-Round Threaded Barrel Bolt-Action Rifle

The Remington 7mm Rem Mag 24" 4-Round Threaded Barrel Bolt-Action Rifle represents a purpose-built platform for long-range precision shooting, tactical applications, and hunting demanding caliber authority. Built on the proven HOWA action, this rifle combines the flat trajectory and energy retention of the 7mm Remington Magnum cartridge with modern ergonomic standards and suppressor-ready threading. Law enforcement precision teams and professional hunters rely on this platform for engagements requiring extended standoff distance and consistent downrange performance without compromise.

The 24-inch threaded barrel accommodates modern sound suppression systems while maintaining optimal velocity characteristics inherent to magnum cartridges—critical for field operations where noise signature matters. The four-round magazine capacity reflects field-practical reloading cycles, balancing firepower with compact handling for tactical movement through varied terrain. At 11.6 pounds fully assembled, this rifle remains manageable for sustained shooting positions while delivering the rigidity and weight distribution necessary for sub-MOA accuracy at distance. The bolt-action mechanism provides absolute reliability in adverse conditions, with no gas tube or piston system to foul or require cleaning during extended deployments.

This rifle excels for designated marksmen, SWAT precision applicants, and serious hunters executing long-range harvests on large game across open country. The threaded muzzle integrates seamlessly with standard 1/2x28 suppressors and muzzle devices, enabling field customization without gunsmithing. Dimensions of 46.7 inches overall maintain controllability from vehicles, elevated positions, and supported shooting platforms common in professional and recreational precision work. Complement this system with quality optics in the 3–12x or higher magnification range to maximize the cartridge's inherent ballistic advantage and the rifle's mechanical accuracy potential.