XS Sights Standard Dot Tritium Night Sight for S&W J-Frame and Ruger SP101

The XS Sights Standard Dot Tritium Night Sight (Part Number: RV-0001N-4) offers reliable performance for self-defense and tactical scenarios. Designed specifically for S&W J-Frame revolvers with pinned front sights and Ruger SP101 models with fixed rear sights, this sight ensures quick target acquisition in all lighting conditions. Precision machined in Fort Worth, Texas, it features a bright green Tritium insert that reflects ambient light, providing excellent visibility during both day and night use. The larger Standard Dot front sight is optimized for fast sighting under stress without obstructing too much of the target, making it an ideal choice for concealed carry and personal defense. The sight's outside diameter of 0.140 inches fits comfortably in most standard holsters and maintains compatibility with common firearm setups. Installation requires a drill press to accurately drill the retaining pin hole, ensuring a secure fit for reliable performance. This sight is constructed with high-quality materials to withstand rigorous use and environmental conditions, making it an excellent upgrade for shooters seeking enhanced visibility and faster target acquisition in low-light situations. Whether in daylight, half-light, or low-light environments, the XS Standard Dot Tritium Night Sight helps shooters quickly align their sights and improve shot accuracy, especially within close ranges up to 15 yards. Its simple, effective design makes it a popular choice among firearm enthusiasts and professionals alike.

Features:

• Designed for S&W J-Frame with pinned front sight and Ruger SP101 with fixed rear

• Bright green Tritium insert for visibility in all light conditions

• Standard Dot size offers fast target acquisition without excessive coverage

• Outside diameter of 0.140 inches fits common holsters

• Precision machined in Fort Worth, TX for durability and accuracy

• Requires a drill press for installation, ensuring a secure fit

• Reliable performance in daylight, half-light, and low-light environments