Sig Sauer Electro-Optics ROMEO-X Enclosed Pistol Red Dot Sight SORX1390, 6 MOA Green Dot
Sig Sauer Electro-Optics
The Sig Sauer Electro-Optics ROMEO-X Enclosed compact pistol red dot sight delivers rugged dependability in a streamlined design optimized for concealed carry and everyday defensive applications. Built on SIG SAUER’s experience developing durable red-dot technologies trusted by armed forces around the world, the ROMEO-X Enclosed is engineered to provide reliable performance in demanding conditions. Its enclosed emitter design helps protect the sighting system from dust, debris, moisture, and other environmental contaminants.
The SORX1490 features a crisp 6 MOA green dot reticle designed for quick target acquisition and clear aiming contrast across a variety of backgrounds. With 1x magnification and a 24mm objective, this compact optic provides a natural sight picture without magnifying the target, making it well suited for close-range pistol use. The durable housing and low-profile configuration support streamlined slide integration while maintaining a clear field of view.
Powered by a CR1632 battery, the ROMEO-X Enclosed offers dependable illumination for rapid sight alignment. Its compact footprint and rugged construction make it a practical choice for concealed-carry pistols, duty applications, and training platforms that require a reliable enclosed red dot. The Sig Sauer Electro-Optics ROMEO-X Enclosed SORX1490 combines modern optic performance with the durability and handling characteristics expected from SIG SAUER.
Feature: Enclosed emitter design helps shield the optic from dust, debris, and environmental exposure.
Feature: 6 MOA green dot reticle provides fast, visible aiming for close-range applications.
Feature: 1x magnification delivers a natural, non-magnified sight picture.
Feature: 24mm objective supports a clear and usable viewing window.
Feature: CR1632 battery powers the illuminated reticle.
Feature: Compact pistol-focused design supports concealed-carry and duty configurations.
Features: