Savage Arms 58187 110 Scout 5.56 NATO 16.5" 11-Round Threaded Barrel Rifle

The Savage Arms 110 Scout 5.56 NATO rifle with 16.5" threaded barrel delivers a compact, purpose-built platform engineered for tactical operators, law enforcement professionals, and precision shooters who demand modularity without compromise. Designed around the proven Scout rifle concept, this rifle balances firepower, portability, and accuracy for close-to-mid-range engagements where maneuverability matters. The 5.56 NATO chambering ensures compatibility with military-standard ammunition, making it an ideal choice for training, duty use, or dedicated tactical applications where ammunition availability is a critical logistics factor.

At 8.75 pounds with a compact 49-inch overall length, the Savage 110 Scout excels in vehicle operations, building clearance, and rapid deployment scenarios where every ounce and inch of length directly impacts handling speed and target acquisition. The 16.5" threaded barrel enables installation of muzzle devices—suppressors, flash hiders, or compensators—to optimize performance for your operational environment; the threaded design also facilitates the addition of suppressor-compatible handguards for enhanced ergonomics and heat management. The 11-round magazine capacity provides sufficient onboard ammunition for firefights while maintaining a lightweight profile, and Savage's proven bolt-action precision ensures mechanical reliability under sustained fire and adverse field conditions.

Professional end-users—SWAT teams, federal agents, and military personnel deploying from vehicles or confined spaces—benefit most from this Scout's footprint and accuracy pedigree. The threaded barrel accepts standard 1/2x28 muzzle devices, allowing seamless integration with sound suppressors for low-signature operations or flash reduction in urban environments. Compatible with standard AR-platform optics mounts and picatinny rails, the rifle adapts to existing duty configurations, and its bolt-action platform reduces accidental discharge risk in high-stress scenarios while maintaining sub-MOA potential for precision work beyond 300 yards.