LWRC International Di Rifle 5.56 NATO 16.1" 10-Round Rifle

The LWRC International Di Rifle 5.56 NATO 16.1" 10-Round Rifle represents a modern intermediate-range platform built for tactical professionals, law enforcement, and military end-users who demand precision and reliability under operational stress. LWRC International has engineered this rifle specifically for shooters who require a compact, modular system without sacrificing accuracy or durability. The 5.56 NATO caliber remains the gold standard for professional rifle applications, offering proven ballistics, abundant ammunition availability, and NATO interoperability across team environments.

This rifle features LWRC's Direct Impingement (Di) operating system, a gas tube design that cycles reliably across duty and training cycles while maintaining a softer recoil impulse compared to long-stroke piston alternatives. The 16.1-inch barrel provides an optimal balance between velocity, maneuverability in confined spaces, and sight radius—a proven length in both military and civilian tactical applications. At 9.31 lbs, the platform remains lightweight enough for extended patrols and CQB work without sacrificing structural integrity. The 10-round magazine capacity aligns with modern state-compliant configurations while maintaining the magazine well's universal AR-pattern compatibility, allowing users to adapt to jurisdiction-specific legal requirements seamlessly.

Law enforcement agencies, military units, and civilian tactical shooters benefit most from this platform's modular design and LWRC's reputation for field-tested durability. The rifle accepts standard AR-15 components and accessories, enabling users to customize ergonomics, optics mounting, and furniture to their specific operational doctrine. Installation of tactical upgrades—such as rail-mounted lights, laser systems, or precision optics—follows industry-standard Picatinny mounting practices. This rifle is ideal for patrol, breach operations, and precision shooting disciplines where reliability and accurate shot placement define mission success.