TianYing is the most innovative made of mature, leading and advanced 5km~50km 1Hz~20Hz laser rangefinder, 20mJ~400mJ laser designator rangefinder, accuracy measuring tracking systems, 300mm~2000mm focal length no chromatic aberration coaxial zoom spotter SWIR NIR CCTV camera sights, electro-optical targeting systems, telephoto thermal cameras etc.
China TianYing SU1200 4K 25~1200mm EO zoom NIR SWIR camera can clearly identify 20km human head and two legs at 7km visibility with precise focus maintained while zooming, that is the world's leading visual optronic sensor.
The broadband camera operates at wavelengths that include visible light, NIR, and the 900~1100nm portion of the 900~2500nm SWIR, with a viewing distance of more than 3 times the visibility.
Its superior operational range significantly exceeds that of the HD 600~2500mm zoom SWIR camera to identify individuals 15km, with notably clearer imagery, particularly for small targets. This makes it an ideal solution for air defense, anti-missile, and ultra-long-range surveillance missions, including extended-range anti-drone operations.
The camera also has a coaxial zoom version for aligned targets that acts as a matching performance laser rangefinder sight, like 70km~200km 1Hz~20Hz LRF, where the overlay displays the target's distance data on the image, with an optional 0.01 degree repeat accuracy pan tilt.
Recommended Use: 1. Air defense, such as very long range anti-derones;
2. Anti-missile;
3. Measuring aim;
4. Target tracking;
5. Weapon sight;
6. Precision aerial photo and ultra-long range surveillance missions.
Main features: 1. Operating range exceeds 150km, and even reach over 200km with 4K imagery;
2. Crisp sharp images with unique zoom module and precise focus maintained while zooming;
3. High precision long and short focal coaxial zoom;
4. Real time backaul zoom position information and specify focal length;
5. Compact size and operates from -40 degrees to +60 degrees;
6. Enables the superposition of LRF data onto the image, combined with a precision pan tilt to form a simple yet accurate observation and measurement system for ultra-long distances.