Heritage Manufacturing Rough Rider .22 LR Revolver with 4.75-inch Black Oxide Barrel and Camo Laminate Grips (Part Number: RR22CH4)
Heritage MfgThe Heritage Manufacturing RR22CH4 Rough Rider revolver is a reliable and stylish option for target shooting and plinking enthusiasts. Crafted with a durable black oxide steel barrel measuring 4.75 inches, this revolver offers a balanced blend of performance and aesthetic appeal. The simulated case hardened zinc alloy frame provides strength and a distinctive appearance, complemented by a matching black oxide cylinder for added durability. The firearm features a manual safety and exposed hammer, allowing for precise control during shooting sessions. Its fixed front sight and notched rear sight provide quick target acquisition, making it suitable for both novice and experienced shooters. Weighing approximately 30 ounces, the revolver is comfortable to handle and easy to carry, with an overall length of just over 10 inches for convenient portability. The Camo Laminate grips enhance grip comfort and add a rugged look, making this firearm a versatile choice for recreational shooting. Whether you're practicing at the range or enjoying outdoor activities, the Heritage RR22CH4 offers dependable performance in a compact, lightweight package. Built with quality materials and thoughtful design, this revolver is a great addition to any firearm collection or shooting kit.
Features:
- Caliber: 22 LR for affordable shooting and practice
- Barrel Length: 4.75 inches for a good balance of accuracy and handling
- Capacity: Six-shot cylinder for reliable firing
- Frame: Simulated case hardened zinc alloy for durability and aesthetics
- Finish: Black oxide on barrel and cylinder for corrosion resistance
- Hammer Style: Exposed for easy cocking and firing control
- Grips: Camo laminate for enhanced grip and rugged appearance
- Sights: Fixed front and notched rear for quick target acquisition
- Weight: Approximately 30 ounces for manageable handling
- Overall Length: Just over 10 inches for portability