XS Sights DXW2 Big Dot Night Sight Front/Rear, Green/Yellow/Black - GL-0009P-3Y

Our DXW2 tritium night sights for glock are expertly engineered to elevate the performance of your everyday carry (EDC) firearm. Crafted with precision, these defensive sights are tailored to provide exceptional visibility in low-light scenarios. The front sight incorporates an innovative photoluminescent glow dot, which efficiently absorbs ambient light and emits a subtle, radiant glow when darkness prevails. Its convex shape extends the surface area for enhanced light absorption, intensifying the brilliance of the glow dot. Our primary focus in designing the DXW2 sights was to ensure their size and visibility, addressing common challenges like aging eyes and diminishing vision. Through rigorous testing, weve discovered that the orange front sight offers optimal visibility in daylight, while the yellow variant shines brightest in low-light conditions. The rear sight adopts a shallow V shape, boasting a streamlined, low profile design that expands your field of view. The simplicity of the rear sight, complemented by the reflective white stripe, facilitates easy alignment, minimizing attention on-the rear sight and directing your focus to the front. To eliminate any confusion between the front and rear sights during high-pressure situations, weve embraced the dot-the-i sight picture. This configuration features a tritium dot in the front sight and a reflective white stripe in the rear sight, ensuring swift and precise target acquisition. In most dynamic encounters, both parties are in motion, with the defender primarily fixated on-the threat. The DXW2 night sights rise to these challenges with their prominent, luminous design, ensuring quick and easy visibility, regardless of the time of day. XS DXW2 tritium night sights represent an outstanding choice for defensive use, assuring that your front sight remains discernible under any lighting conditions. With these sights, youll be well-equipped for potential confrontations, no matter the prevailing light conditions.