InfiRay RICO Mk1 V2 12 Micron 640 50mm Thermal Weapon Sight

The InfiRay RICO Mk1 V2 12 Micron 640 50mm Thermal Weapon Sight represents a significant advancement for precision shooters and tactical professionals who demand reliable target acquisition in total darkness, fog, smoke, and adverse weather conditions. Unlike visible-light optics that fail when ambient illumination drops, this thermal imaging sight cuts through environmental obscuration to deliver consistent performance during low-light operations, vehicle surveillance, and long-range engagement scenarios. Built for professionals who cannot afford equipment failure, the RICO Mk1 V2 integrates rugged construction with sophisticated thermal detection technology into a compact, mission-ready package.

The 12-micron thermal detector paired with a 640-resolution sensor provides exceptional image clarity and target discrimination at extended ranges, allowing operators to identify heat signatures with precision that standard thermal sights cannot match. The 50mm objective lens gathers optimal thermal radiation across a wider field of view, delivering superior edge-to-edge image quality and faster target location in complex terrain. Weighing just 4.92 pounds and measuring 5.5 by 4 by 15.75 inches, the sight maintains a balanced mounting profile that minimizes stress on tactical rails while preserving weapon handling characteristics essential for sustained accuracy during dynamic operations.

This thermal weapon sight benefits law enforcement marksmen, military personnel, professional hunters, and security teams operating across varied lighting conditions where thermal imaging provides decisive tactical advantage. The RICO Mk1 V2 integrates with standard Picatinny-equipped platforms, making it compatible with most modern tactical rifles and carbines without requiring custom gunsmithing or permanent modifications. Installation involves standard rail mounting procedures—secure the sight to your upper receiver using appropriate torque specifications for your firearm platform, establish zero during daylight conditions, and verify thermal performance before operational deployment to ensure reliable target acquisition when conditions demand it.