The Taurus 905SS2 is a compact and reliable 9mm revolver designed for both personal defense and recreational shooting. Weighing approximately 22.2 ounces and with an overall length of 6.5 inches, this firearm offers a balanced combination of portability and performance. Its durable matte stainless finish enhances corrosion resistance and provides a sleek, professional appearance. The revolver features a 5-round capacity, making it suitable for various shooting scenarios while maintaining a manageable size for concealed carry or home defense.
Built with a double/single action mechanism, the Taurus 905SS2 ensures quick and easy operation with consistent trigger pull. The fixed sights provide reliable target acquisition, and the black rubber grips offer a comfortable hold even during extended use. This model does not include adjustable optics or illuminated reticles, emphasizing simplicity and ease of use. The firearm is designed to meet strict safety and quality standards, making it a dependable choice for both novice and experienced shooters.
Constructed by Taurus, a reputable manufacturer known for producing durable and innovative firearms, this revolver is a versatile addition to any firearm collection. Its compact size, combined with its robust build quality and user-friendly features, makes it ideal for personal protection, training, or recreational shooting. Whether carried for self-defense or used at the range, the Taurus 905SS2 delivers consistent performance and reliable operation in a compact, stylish package.
Features:
- Caliber: 9mm for versatile personal protection and target shooting
- Finish: Matte stainless steel for durability and corrosion resistance
- Capacity: 5-round cylinder for reliable shooting sessions
- Action: Double and single action for quick, smooth firing
- Sights: Fixed for straightforward aiming and quick target acquisition
- Grips: Black rubber for a comfortable, secure hold
- Overall Length: 6.5 inches for easy concealment and handling
- Weight: 22.2 ounces, offering a balanced feel without sacrificing portability