the Sig Sauer ROMEO8T-AMR and JULIET3T-MICRO combo is a premium optic pairing built for shooters who demand versatility, durability, and precision. The ROMEO8T-AMR red dot sight boasts a massive 40mm multi-coated Mangin lens paired with the advanced QBCD 2.0 illuminated reticle for lightning-fast target acquisition and exceptional optical clarity. With 15 brightness levels, including dedicated night vision modes and an NV override switch, this optic is ready for any lighting condition.
The compact JULIET3T-MICRO 3x magnifier complements the ROMEO8T perfectly, providing extended range capability with a durable flip-to-side mount for rapid transition between magnified and unmagnified views. Constructed to meet and exceed MIL-STD-810 durability standards, and fully waterproof (IPX8), this combo is built to thrive in the harshest environments. Whether engaging threats up close or reaching out at distance, this kit is your complete solution.
QBCD 2.0 red illuminated reticle with parallax-free optical system
15 brightness settings (12 daylight + 3 NV), with NV override switch
50,000-hour battery life with MOTAC (Motion Activated Illumination)
Rugged MIL-STD-810 and IPX8 waterproof/fogproof rated housing
Massive 40mm Mangin lens for a wide, clear field of view
Compact 3x magnifier (JULIET3T-MICRO) with flip-to-side capability
Compatible with most MSAR optics and setups
Magnification: 1x (ROMEO8T-AMR), 3x (JULIET3T-MICRO)
Reticle: QBCD 2.0 MSAR, Red
Objective Lens Diameter: 40mm (ROMEO8T-AMR), 22mm (JULIET3T-MICRO)
Eye Relief: Unlimited (Red Dot)
Battery: CR123
Battery Life: Up to 50,000 hours
Finish: Matte Black
Night Vision Compatible: Yes
Weight: Approx. 15.9 oz (ROMEO8T-AMR only)
Includes:
ROMEO8T-AMR 1x40mm Red Dot Sight
JULIET3T-MICRO 3x22mm Magnifier
CR123 Battery
T10 Impact Driver
Optic Multi-Tool
ROMEO Lens Pen
ARD Kill Flash
Opaque Front Flip Cap
Clear Rear and Front Flip Caps
Tags: sig, sauer, romeo, amr/juliet3t, combo, sight/magnifier, quad, ballistic, circle, dot, 2.0, reticle, rifle, scopes, sigsorj8t101 optics