Sav 110 Magpul Scout 308wn 16.5" Fde

The Savage 110 Magpul Scout .308 Win 16.5" FDE rifle is purpose-built for precision shooters, tactical professionals, and hunters who demand a compact, versatile platform without compromising ballistic performance. This rifle bridges the gap between traditional hunting rifles and modern tactical systems, delivering the genuine stopping power of .308 Winchester in a portable 16.5-inch profile. The flat dark earth finish provides a professional appearance suitable for duty, training, or field operations where corrosion resistance and low visibility matter.

The Savage 110 Magpul Scout leverages Savage's proven 110 action—a platform trusted by military and law enforcement for its bolt reliability and accuracy potential. The integration of Magpul furniture, including the MOE handguard and tactical controls, modernizes ergonomics without adding unnecessary weight. The 16.5-inch barrel optimizes the .308 Winchester cartridge for effective mid-range engagement while maintaining maneuverability in confined spaces; this length delivers full velocity capability while keeping overall length under 37 inches. Savage's cold-hammer-forged barrel ensures consistency across shot strings, critical for both combat accuracy and precision work. The FDE finish—a hard-anodized polymer and metal treatment—resists rust and UV degradation in harsh field environments.

Operators and precision shooters benefit most from this rifle's modularity and .308 NATO compatibility, which ensures ammunition availability in military, law enforcement, and civilian markets worldwide. The Magpul Scout configuration accepts standard AR-platform accessories and optic mounts, allowing rapid customization for specific missions—whether mounted with a lightweight scope for precision or running iron sights for speed. The 16.5-inch barreled configuration makes this rifle ideal for vehicle work, building entry, or hunting scenarios where a full-length rifle becomes a liability. At approximately 7 lbs, the Savage 110 Magpul Scout handles efficiently across extended operations without inducing fatigue-related accuracy loss.