The Rossi RS22W2111-TH is a versatile semi-automatic rifle chambered in 22 Winchester Magnum Rimfire (WMR), designed for target shooting, small game hunting, and recreational shooting. Featuring a durable stainless steel receiver and a 21-inch threaded barrel, this firearm offers reliable performance and easy customization with its threaded muzzle. The fixed Monte Carlo synthetic stock provides a comfortable grip and enhances the rifle's overall durability, making it suitable for various shooting environments. Its classic black finish complements its tactical appeal and ensures resistance to corrosion. The rifle's 10+1 capacity allows for extended shooting sessions, while the crossbolt safety ensures secure handling. With an overall length of approximately 39 inches and a weight of about 5.6 pounds, the RS22 is well-balanced and manageable for a range of users. The 1:16 twist rate stabilizes a wide range of .22 WMR projectiles, optimizing accuracy and consistency. Designed for right-handed shooters, this firearm is ideal for those seeking a reliable, high-performance semi-automatic rifle that combines precision, durability, and ease of use. Whether for plinking or small game hunting, the Rossi RS22W2111-TH delivers excellent value and dependable operation in a well-crafted package.
Features:
- Action: Semi-Auto for rapid follow-up shots
- Caliber: 22 WMR for versatile small game and target shooting
- Barrel Length: 21 inches with threaded muzzle for customization
- Capacity: 10+1 rounds for extended shooting sessions
- Safety: Crossbolt safety for secure handling
- Overall Length: Approximately 39 inches for balanced handling
- Weight: About 5.6 pounds for manageable carry
- Stock: Fixed Monte Carlo synthetic stock with black finish for durability and comfort
- Twist Rate: 1:16 for stability across various projectile types
- Receiver Material: Stainless steel for corrosion resistance
- Barrel Description: Threaded for suppressors or muzzle devices
- Sights: None included, suitable for mounting optics
- Right-Handed Design for natural ergonomics
