Christensen Arms CA101541136435 CA-10 DMR .308 Win 18" 21-Round Rifle

The Christensen Arms CA-10 DMR .308 Win 18" 21-Round Rifle represents a purpose-built designated marksman platform engineered for precision rifle applications in tactical and military environments. This rifle bridges the gap between standard infantry carbines and dedicated sniper systems, delivering sub-MOA accuracy potential with the versatility demanded by law enforcement and professional shooters. The 18-inch barrel strikes an optimal balance between velocity retention and weapon maneuverability, making it equally effective in close-quarters tactical scenarios and extended-range engagements out to 800+ meters.

Built on the proven AR-platform architecture, the CA-10 DMR features Christensen Arms' signature carbon-fiber composite technology that contributes to its 9.5-pound fighting weight—significantly lighter than traditional steel-barreled .308 platforms without sacrificing rigidity or thermal stability. The 21-round magazine capacity provides extended firepower between reloads while maintaining practical weapon control and ergonomics. Chambered in .308 Winchester, this rifle delivers proven stopping power and barrier penetration capabilities while maintaining compatibility with worldwide ammunition supply chains and standard military-spec components.

This rifle suits professional operators, competitive marksmen, and serious shooters who demand accuracy without sacrificing practical deployment flexibility. The modular AR-platform design accepts standard tactical optics mounts, enabling rapid integration with variable magnification scopes, thermal systems, and advanced fire control solutions. Its compact 41.2-inch overall length facilitates vehicle transport and room-clearing protocols, while maintaining the ballistic performance necessary for precision work. Whether configured for DMR competition, law enforcement support, or professional tactical application, the Christensen Arms CA-10 delivers dependable accuracy and reliability under demanding field conditions.