Barrett Firearms Mrad 308win 24" 10-Round FDE Bolt-Action Rifle

The Barrett Firearms Mrad 308win 24" 10-Round FDE Bolt-Action Rifle represents a purpose-built precision platform designed for tactical professionals, competitive marksmen, and serious sport shooters who demand reliability in demanding environments. Built on Barrett's proven modular receiver architecture, this rifle delivers the accuracy and durability expected of a .308 Winchester system while maintaining rapid reconfigurability. Whether deployed in law enforcement precision roles, long-range competition, or field applications, the Mrad platform has earned its reputation through real-world performance across military and civilian use.

The 24-inch barrel in .308 Winchester provides an optimal balance between velocity, handling, and effective range, delivering consistent ballistic performance out to 800+ yards in trained hands. The modular bolt-action design allows users to swap caliber modules and barrels without gunsmith intervention, making the platform adaptable to mission-specific requirements—a capability that separates true precision rifles from static alternatives. The flat dark earth (FDE) finish provides corrosion resistance and low-visibility aesthetics in operational contexts. Weighing 23.19 pounds unloaded, the rifle maintains reasonable portability while the rigid construction ensures shot-to-shot consistency that competitive and tactical shooters depend on.

The 10-round magazine capacity meets legal requirements across most jurisdictions while supporting practical tactical employment and competition stages. Law enforcement precision rifle teams, designated marksmen, and 3-gun competitors benefit most from the Mrad's rapid caliber-change capability and repeatability. The modular architecture accepts industry-standard Picatinny rail accessories, enabling users to configure optics, suppressors, and support systems according to specific mission profiles. Proper maintenance of the bolt carrier assembly and regular cleaning of the modular interfaces ensures long-term reliability and accuracy potential.