The multi-spectral intelligent electro-opticaltracking system integrates uncooled infrared thermalimaging, high-definition visible light, AI intelligentrecognition and high-precision servo trackingtechnologies. It enables all-weather automatic search, intelligent recognition, precise locking and continuoustracking of targets such as drones, aircraft, birds, vehicles and personnel.

The system supports guidance from multi-sourcedevices such as radars and spectrum monitors, buildingan integrated intelligent perception system of detection → recognition → locking → tracking. It is suitable forcomplex scenarios such as low-altitude security, birddetection and repelling, border and coastal defense, andsupports unattended stable operation.

Product Features
All-weather Dual-Spectrum Perception
Integrates uncooled infrared thermal imaging and 4-megapixel high-definition visible light
technologies, providing both all-weather infrared detection capability and high-definition visible
light imaging. It enables long-distance continuous monitoring in darkness, haze, smoke, dust and
complex weather conditions, meeting 7×24-hour unattended application requirements. AI Intelligent Target Recognition
Built-in high-computing-power AI module adopts weak and small target detection and deep
learning algorithms to accurately identify multiple types of targets including drones, birds, air floats, aircraft, vehicles and personnel, realizing intelligent processing of the whole process from
recognition to tracking. Stable Tracking in Complex Scenarios
Adopts target tracking and motion prediction algorithms to maintain stable and continuous
tracking in cluttered backgrounds, target crossing, short-term occlusion or strong interference, supports fast re-capture, and significantly reduces false tracking and loss rates. Fast Acquisition of High-Speed Targets
Supports multiple modes such as radar/spectrum linkage, command tracking, point-and-click
tracking and autonomous tracking. Combined with high-dynamic servo control and high-speed
prediction algorithms, it stably tracks high-speed moving targets with an acquisition time of less
than 3 seconds.