Howa M1500 6.5 Creedmoor 16.25 inches Threaded Barrel Rifle

The Howa M1500 6.5 Creedmoor 16.25 inches Threaded Barrel Rifle is a purpose-built precision platform engineered for precision shooters, hunters, and tactical professionals who demand accuracy at extended ranges without unnecessary weight. The 6.5 Creedmoor cartridge has earned its reputation across military, law enforcement, and civilian applications for delivering superior ballistics, low recoil impulse, and exceptional wind deflection resistance compared to traditional .308 Winchester platforms. This compact 16.25-inch configuration balances velocity retention with maneuverability, making it ideal for shooters who require both field mobility and inherent precision in a sub-9-pound package.

Built on Howa's proven M1500 action, this rifle features a threaded muzzle that accepts standard suppressors and muzzle devices, enabling sound reduction and recoil management for tactical applications or hunting in populated areas. The 6.5 Creedmoor cartridge delivers approximately 2,600 feet-per-second velocity at the muzzle from this barrel length, providing sufficient energy for hunting medium to large game while maintaining a flatter trajectory than larger-caliber alternatives. Howa's cold hammer-forged barrel construction ensures bore concentricity and longevity, with the threaded design allowing operators to configure the rifle for suppressed fire, compensated shooting, or brake-equipped performance depending on mission requirements.

This rifle benefits precision hunters pursuing elk, moose, and long-range game; tactical shooters requiring sub-MOA accuracy; and law enforcement marksmen who need a compact yet capable platform for specialized operations. The threaded barrel accommodates industry-standard 5/8x24 muzzle attachments, ensuring compatibility with aftermarket suppressors and devices from manufacturers like SilencerCo, Dead Air, and Surefire. At 8.28 pounds unscoped, the M1500 remains portable enough for mountain hunting while maintaining the rigidity necessary for sustained accuracy, making it suitable for both stationary precision work and dynamic field applications where weight discipline matters.