XS Sights R3D Night Sights with Green Tritium Front and Black Rear for Glock 43

XS Sights R3D Night Sights, Green Front Dot, Fits Glock 42/43/43X/48, Steel/Blued GL-R014P-6G

Enhance your shooting accuracy with the XS Sights R3D Night Sights designed specifically for Glock 43 models. These sights feature a traditional 3-dot tritium setup, with a front sight in vibrant green Tritium equipped with Ember(R) Glow Dot Technology, ensuring high visibility in low-light conditions. The rear sight is blacked out, increasing contrast against the front sight for quick target acquisition. The combination allows for fast, precise shooting whether in daylight or low-light environments, making these sights ideal for self-defense or competitive shooting.
Made by XS Sights, the R3D model boasts a bright notch and post configuration that enhances visibility and accuracy. The front sight's Ember dot charges with ambient light and glows brighter than the rear sight, maintaining focus on the target. This advanced feature improves target acquisition speed and ensures clear sight alignment in various lighting conditions. These sights are engineered for durability and reliability, built to withstand rigorous use while providing consistent performance.
The installation is straightforward, and the sights are designed to seamlessly fit Glock 43 pistols. Whether you're a professional shooter or a firearm enthusiast, the XS Sights R3D Night Sights deliver superior visibility and quick target recognition, helping you perform confidently in any situation. Upgrade your Glock 43 with these high-quality sights for a noticeable improvement in shooting speed and accuracy.

Features:

• Traditional 3-dot tritium sight picture for quick target acquisition

• Front sight equipped with Ember(R) Glow Dot Technology for enhanced low-light visibility

• Vibrant green Tritium front sight charges with ambient light, glowing brighter than the rear

• Black rear sight increases contrast for faster target focus

• Durable construction designed for reliable performance in various lighting conditions