Sig Sauer Romeo8T-AMR | 1x40mm QBCD 2.0 | SOR8T101

The Sig Sauer Romeo8T-AMR is a compact 1x non-magnified optic engineered for rapid target acquisition and adaptable reticle configurations when used with an AMR-capable magnifier. It pairs a large 40mm Mangin objective and high-performance multi-coatings for improved clarity and situational awareness. The sight offers 15 illumination settings, a dedicated night-vision override, and MOTAC motion-activated power management for extended runtime.

Applications for this optic include close-to-mid-range rifle use where quick target transitions are required, and competitive shooting stages that demand fast acquisition and flexible aiming options with a magnifier.

Product Specifications

• The UPC is 798681714254.
• The manufacturer part number is SOR8T101.
• The magnification is 1x for reflex-style aiming.
• The objective lens diameter is 40mm with a Mangin lens design.
• The reticle is the Quad Ballistic Circle Dot 2.0 for multiple aiming options.
• The reticle includes a 2 MOA dot option for precise point referencing.
• The illumination provides 15 settings (12 day + 3 NV), plus a dedicated NV override switch.
• The optic is powered by a CR123 battery.
• The reported runtime using MOTAC is up to 50,000 hrs on a single CR123.
• The optic footprint and mounting interface is PICATINNY.
• The waterproof rating is IPX8 for submersion resistance and fog-proof performance.
• The product meets MIL-STD-810 durability standards.
• The weight with battery and flip-back covers installed is 9.50 oz.
• The construction material is Aluminum with a black finish.
• The package includes flip-back lens covers for lens protection.

The Romeo8T-AMR is a purpose-built optic that blends a large objective for situational awareness with AMR functionality for rapid reticle adaptation when using a compatible magnifier. Its combination of long battery life, multiple illumination settings including night-vision override, and MIL-STD durability make it appropriate for demanding field use and competitive scenarios where reliability and fast target transitions matter.