Savage Arms 58268 110 Trail 6.5 Creedmoor 20" 5-Round Threaded Barrel Rifle

The Savage Arms 58268 110 Trail 6.5 Creedmoor 20" 5-Round Threaded Barrel Rifle represents a purpose-built platform for hunters and precision shooters who demand a compact, field-ready rifle without sacrificing ballistic performance. This rifle combines the proven reliability of Savage's 110 action with a 6.5 Creedmoor cartridge, delivering superior long-range accuracy in a lightweight, maneuverable package. The 20-inch barrel length makes this rifle ideal for backcountry hunting, tactical applications, and situations where portability and quick target acquisition are critical.

The threaded barrel design accommodates suppressors or other muzzle devices, allowing shooters to customize the platform for noise reduction, recoil management, or ballistic performance tuning. At 9.55 pounds, the rifle maintains excellent handling characteristics without the bulk that compromises field mobility—a critical consideration for anyone covering rough terrain or conducting extended tactical operations. The 5-round magazine capacity provides adequate firepower for most hunting and defensive scenarios while keeping overall profile compact. Savage's AccuTrigger and precision-machined receiver ensure consistent trigger performance and sub-minute-of-angle accuracy potential, essential for confident shot placement at extended distances.

This rifle benefits shooters ranging from serious hunters pursuing elk or large game to law enforcement and tactical professionals requiring a reliable, accurate rifle in a compact form factor. The 6.5 Creedmoor's reputation for ballistic efficiency and wind resistance makes this platform particularly effective at 300+ yard engagements where trajectory and velocity retention matter most. The threaded barrel accommodates standard 1/2x28 muzzle devices, enabling integration with suppressors or compensators based on mission requirements. Shooters should note that the 5-round magazine configuration meets legal compliance in restrictive jurisdictions while maintaining practical capacity for most real-world applications.