The Taurus 2-660069 is a reliable and durable medium frame revolver designed for versatile shooting applications. Crafted with a robust stainless steel frame, this firearm offers excellent corrosion resistance and strength. Its 6-inch matte stainless steel barrel and cylinder provide optimal accuracy and durability for both target shooting and self-defense scenarios. The revolver features a black finger-grooved rubber grip for a secure and comfortable hold, ensuring precise control during firing. Equipped with a transfer bar safety system and an exposed hammer, it combines safety features with classic revolver operation. Its fixed front and adjustable rear sights allow for quick target acquisition, making it suitable for various shooting environments. Weighing approximately 40 ounces, the Taurus 2-660069 balances manageable recoil with stability, making it a practical choice for experienced shooters and gun enthusiasts alike. Overall, this revolver's combination of craftsmanship, safety features, and performance specifications makes it a compelling option for personal defense, target practice, or hunting.
Features:
- Frame Description: Stainless Steel Frame for durability and corrosion resistance
- Type: Revolver with double-action/single-action operation for versatile firing modes
- Caliber: 38 Special +P for effective stopping power and enhanced performance
- Barrel Length: 6 inches for improved accuracy and sight radius
- Capacity: 7 rounds to handle various shooting scenarios
- Hammer Style: Exposed for easy cocking and traditional revolver operation
- Grips: Black finger-grooved rubber for a secure and comfortable hold
- Sights: Fixed front sight with adjustable rear for precise aiming
- Weight: Approximately 40 ounces for optimal stability and manageable recoil
- Frame Size: Medium, suitable for a variety of hand sizes and shooting preferences
- Cylinder Finish: Matte to reduce glare and enhance aesthetics
- Barrel Finish: Matte for corrosion resistance and reduced reflection
- Overall Length: 12.25 inches, balancing portability with accuracy
