Sig Sauer ROMEO-RS Compact Open 6MOA Red Dot Reflex Sight, Black

Overview

The SIG SAUER Romeo-RS Compact 6 MOA Red Dot Sight is designed to offer premium red dot functionality at an affordable price point. This compact reflex sight combines a rugged steel chassis with a high-strength polymer housing for superior durability and performance. Its user-friendly design and easy battery access make it an ideal choice for shooters seeking accuracy, convenience, and reliability.

Key Features

• Hybrid design with a skeletonized steel chassis molded into high-strength polymer housing

• Premium molded glass aspheric lens for a distortion-free sight picture

• 6 MOA red dot reticle for fast target acquisition

• 8 individual brightness settings to match varying lighting conditions

• Side-mounted CR1632 battery tray for easy access without removing the optic

• MOTAC (Motion Activated Illumination) powers up when motion is detected

• Suited for the optic-ready SIG SAUER P365 family of pistols

• Designed, developed, tested, and assembled in the USA

Specifications

• Magnification: 1x

• Clear Aperture: 24mm

• RX Footprint: Compact (Shield RMS-c)

• Reticle: 6 MOA Red Dot

• Illumination Settings: 8

• Total Elevation Travel: 70 MOA

• Total Windage Travel: 70 MOA

• Run Time: 20,000 hours (at medium setting, dot-only)

• Battery: 1x CR1632

• Emitter: Open

• Overall Length: 1.61"

• Height: 1.10"

• Width: 1.12"

• Weight: 0.75 oz (with battery)

MPN: SOR02160
UPC: 798681703388

Applications

The SIG SAUER Romeo-RS is perfect for use in both tactical and recreational shooting. It's ideal for shooters using the SIG P365 pistol, offering enhanced accuracy and ease of use for both beginners and experienced gun enthusiasts. Whether for concealed carry or range shooting, this red dot sight is designed to withstand the rigors of everyday use.

Additional Features

• Steel recoil pins for added durability and enhanced lock-up strength

• Side-mounted illumination adjustment button to prevent accidental interference

• Updated footprint design for compatibility with industry-standard optics cuts