Developed in collaboration with Team SIG Captain, Max Michel, and already established as an advantage in the 2019 competitive season. The ROMEO3MAX is a compact, open reflex sight featuring a 30mm wide, round lens design for superior field-of-view, a special red-notch filter for vivid red dot and unrivaled optical clarity, with a 3 or 6 MOA dot size for rapid target engagement, twelve illumination intensity levels, MOTAC activation, and up to 20,000 hours of runtime.
FEATURES:
- High transmittance red notch reflector for excellent brightness, light transmittance, and zero distortion
- 3 MOA and 6 MOA Dot with multiple intensity settings for rapid target engagement under a full range of lighting conditions
- MOTAC™ (Motion Activated Illumination System) powers up when it senses motion and powers down when it does not
- The readily available CR2032 battery is side-loading, allowing for quick battery replacement without having to remove the sight from the firearm
- Comes with a low-profile M1913 Picatinny mount. An absolute co-witness riser mount is also available as an accessory
- Aircraft grade CNC Aluminum housing ensures a lifetime of reliable service
- Dependable waterproof (IPX-7 rated for complete water immersion up to 1 meter) and fog proof performance
- SIG SAUER® Electro-Optics Infinite Guarantee™ and SIG SAUER Electronic Component Limited 5-Year Warranty.
Specifications
Infinite Guarantee
SIG SAUER Electro-Optics are guaranteed forever. It's an unlimited lifetime guarantee.
ALT™
Precision molded aspheric lens technology virtually eliminates aberration, reduces weight, and helps to focus the projected image through the lenses for superior low distortion optical performance.
LensArmor™
Abrasion-resistant lens coatings for extreme durability ensure the lenses on your scope will stay sharp, bright, and clear.
Motac™
Activated through motion sensing technology, MOTAC immediately powers up illumination when it senses motion and powers down when it does not in order to extend battery life.
SpectraCoat™
Highly efficient, ultra-wide broadband, anti-reflection lens coatings reduce surface reflections to extremely low levels across the entire visible spectrum providing superior light transmission.
