Ruger SFAR 5611 .308 Winchester Semi-Auto Rifle with 20-Inch Threaded Barrel and Magpul SL Stock

Ruger 5611 SFAR 308 Win 20+1 20" Black Threaded Barrel, Black Hardcoat Anodize Picatinny Rail Aluminum Receiver, 15" M-LOK Handguard, Magpul SL Black Synthetic Stock, Black Magpul Grip, Right Hand

The Ruger SFAR 5611 is a versatile and reliable semi-automatic rifle chambered in .308 Winchester, designed for precision and durability. Its 20-inch threaded barrel features a 1:10 twist rate, making it suitable for a wide range of ammunition types and ensuring stability during firing. The rifle's lightweight aluminum receiver, finished in a sleek black hardcoat anodize, offers strength and corrosion resistance, while the integrated Picatinny rail allows for easy mounting of optics and accessories. The 15-inch M-LOK handguard provides ample space for customization and accessory attachment, making it ideal for tactical, hunting, or target shooting scenarios. The rifle's overall length adjusts from approximately 38 to 41.25 inches, accommodating different shooting positions and preferences. Weighing about 7.3 pounds, it balances portability with stability for extended use.

Features:

• Action: Semi-Auto for reliable firing and quick follow-up shots

• Caliber: .308 Winchester, suitable for hunting and tactical applications

• Barrel: 20-inch threaded barrel with Muzzle Brake for recoil management

• Capacity: 20+1 rounds, providing ample firepower

• Trigger: Two-Stage trigger for precise shot control

• Safety: Safety Selector Switch for secure handling

• Stock: Magpul SL Black Synthetic Stock for durability and comfort

• Handguard: 15-inch M-LOK rail system for accessory customization

• Receiver Material: Aluminum with black hardcoat anodize finish for corrosion resistance

• Sights: None included, compatible with mounted optics

• Twist Rate: 1:10 inches for versatile ammunition compatibility

• Weight: Approximately 7.3 pounds, lightweight for ease of carry

• Finish: Black metal finish for a sleek appearance and added durability