LaRue Tactical LTKRGSIETE300WSM24GRY Siete Magnum 24" Bolt-Action Rifle

The LaRue Tactical LTKRGSIETE300WSM24GRY Siete Magnum 24" bolt-action rifle is a precision long-range platform engineered for serious hunters, competitive shooters, and tactical professionals who demand sub-MOA accuracy at extended distances. Purpose-built around the .300 WSM (Winchester Short Magnum) cartridge, this rifle delivers the velocity and ballistic performance necessary for consistent hits beyond 1,000 yards while maintaining a compact, highly maneuverable profile. LaRue Tactical's reputation for manufacturing uncompromising, field-proven rifles makes the Siete Magnum a trusted choice for those who cannot afford mechanical failure in critical applications.

Built on a rigid, single-stage trigger design that LaRue perfected through decades of law enforcement and military contracts, the Siete Magnum features a 24-inch barrel optimized for .300 WSM ballistics and a robust two-lug bolt that handles magnum pressures with minimal bolt thrust. The rifle's weight of 14.14 pounds strikes a critical balance between recoil management and field mobility—heavy enough to dampen magnum recoil impulse during precision shooting sessions, yet light enough for practical carry in mountain or tactical operations. LaRue's match-grade machining and hand-fitted components ensure consistent headspace, chamber concentricity, and bolt lockup, all foundational to repeatable sub-MOA groups.

This platform excels for long-range hunters pursuing elk, mule deer, and other large game where wind drift and bullet drop demand precision, as well as for precision rifle competitors and law enforcement precision marksmen in precision duty roles. The 24-inch barrel length and standard Picatinny rail make integration with quality optics and night vision systems straightforward, while the .300 WSM's moderate recoil signature remains controllable for rapid follow-up shots. Shooters should pair the Siete Magnum with quality match-grade ammunition and a premium glass or electronic optic to unlock its full accuracy potential and ensure reliable performance in critical applications.