SIG SAUER Romeo-X Enclosed Compact Pistol-Mounted Reflex Sight

SIG SAUER Romeo-X Enclosed Compact Pistol-Mounted Reflex Sight

• DURABLE CONSTRUCTION - The ROMEO-X Enclosed COMPACT, inspired by the MIL-SPEC ROMEO-M17, is constructed with a robust 7075 aluminum housing, meeting military standards for reliability and performance, ensuring robustness to withstand challenging conditions; It is designed with the RX Footprint COMPACT (Shield RMS-c) to fit compact pistols perfectly for reliable performance in concealed carry and compact pistol applications
• HIGH-QUALITY OPTICS - The optical system of this ROMEO-X pistol red dot is fully enclosed, sealed, and Argon-purged, offering unparalleled protection against the elements; This design ensures the sight remains fog-free and resistant to water and dust, providing a clear and distortion-free view under all conditions; The enclosed design also protects the internal components from impact and debris
• LOW DECK HEIGHT - Featuring SIG SAUER's patent-pending beryllium copper flexure system, the ROMEO-X Enclosed COMPACT boasts the lowest deck height in the industry; This low profile allows for effortless co-witness with standard height iron sights, providing shooters with a seamless transition between the red dot and iron sights; The sight's design also ensures a comfortable and intuitive aiming experience
• VERSATILE RETICLE OPTIONS - The ROMEO-X Enclosed COMPACT Pistol-Mounted Reflex Sight features a Circle Dot reticle with individually selectable 2 MOA dot and 32 MOA circle, allowing users to quickly switch between precise aiming and fast target engagement for maximum adaptability in different ranges and field conditions
• CONVENIENT IN USE - ROMEO-X Enclosed COMPACT incorporates intuitive adjustment buttons and a side-mounted power unit compartment for easy access; With 20,000 hours of run time and MOTAC technology, it conserves power by activating/deactivating illumination based on motion; The sight offers 15 illumination settings (12 DL & 3 NV), providing users with flexibility in adapting the reticle brightness to different lighting conditions