The Taurus Model 942 is a versatile double/single action revolver designed for reliable performance and ease of use. Crafted with a durable matte stainless steel finish, this firearm offers corrosion resistance and a sleek appearance. It features a steel frame and black grips, providing a comfortable and secure hold for both novice and experienced shooters. The 7.6-inch overall length makes it compact enough for concealed carry while maintaining accuracy and control during firing. Its 8-round cylinder capacity ensures ample firepower for various shooting needs, from target practice to self-defense scenarios. The Taurus 942 is equipped with adjustable rear sights and a ramp front sight, allowing for precise aiming adjustments in different lighting conditions. The revolver operates smoothly in both double and single action modes, giving shooters flexibility depending on their preference and situation. Weighing approximately 25 ounces, it balances portability with stability, making it suitable for extended shooting sessions or daily carry. This model does not include an optic or illuminated reticle, emphasizing its straightforward design focused on reliable ballistic performance and ease of handling. Whether you're a seasoned shooter or a beginner seeking a dependable firearm, the Taurus Model 942 provides a strong combination of craftsmanship, capacity, and versatility. Its compact size and robust features make it an excellent choice for those seeking a high-quality revolver in 22 Magnum caliber.
Features:
- Caliber: 22 Magnum for versatile shooting and hunting applications
- Finish: Matte Stainless Steel for corrosion resistance and sleek appearance
- Action: Double / Single Action for flexible firing options
- Capacity: 8-round cylinder providing ample firepower
- Sights: Adjustable rear sight and ramp front sight for precise aiming
- Frame: Steel frame with black grips for durability and comfort
- Overall Length: 7.6 inches for a balanced and manageable size
- Weight: Approximately 25 ounces for portability and stability
