thermal imaging

8.8°x7.0° or 12.5°x9.5° or 6°x4.4° FOV Shutter-free technology Multiple image modes Short start-up time and quick observation ability Low power consumption design, 8 hours continuous working time

Gen2+ image intensifier tubes 3.3X 11°ultra clear field of view Sustainable work for 40-50 hours Weighs 700g

No electric dual lighting system, optical fiber and tritium light 3X magnification function Weight 326g

aiming within 1000 meters and observation 5-25X magnification Weight 730g

Gen3 image intensifier tubes 10° ultra clear field of view Sustainable work for 20 hours auxiliary lighting One CR123A lithium battery for power supply

It has large field and being easy to locate eyes the laser holographic sight boats convenient sighting mode and quick sighting speed thus serving as a preferred device for reconnaissance

Equipped with a high-standard 640×512 long-wave uncooled infrared detector 3km eye-safe laser ranging

Equipped with a high-standard 640×512 long-wave uncooled infrared detector The combination of ultra-low-light color CMOS sensor and advanced digital noise reduction processing algorithm 3Km eye-safe laser ranging Beidou II satellite positioning and high-precision digital electronic compass advanced image compression algorithm is used to record real-time images

High-standard 640×512 long-wave uncooled infrared detector Ultra-low-light color CMOS sensor & advanced digital noise reduction processing algorithm Long distance eye-safe laser ranging Beidou II satellite positioning and high-precision digital electronic compass Advanced image compression algorithm is used to record real-time images