Compared with traditional inspection methods, underwater robots enable non-stop, non-drainage and non-contact inspection, which greatly cuts down operational safety risks and construction costs, shortens inspection cycles, improves the accuracy of hidden danger screening and effectively avoids missed and mistaken inspections.

The multi-beamimaging sonerhas a rated pressure-resistant water depith of 300m,with mutple operating frequencies avcilble and on fective detection range of 70m. tsupports equal -angle and equal dlitance beam modles and its 512 beams can handle most detection tasks. The target of this sonertest was the opposte bridge pier. The multi -beam sonar covers a wide water area and captures high-resolution underwater images.

Underwater educational robots have entered the campus! From mechanical structures to underwater operation principles, every detail is explained and demonstrated. Watch students gather around the robots, their eyes filled with curiosity and passion for marine technology. Bringing underwater technolog

Underwater exploration is fraught with numerous challenges and hazards. Deploying specially designed underwater robots equipped with high-definition cameras can significantly reduce the risks of underwater survey missions.

The deep-water binocular IP camera not only captures underwater images, but also enables ranging and identification with supporting algorithms. Equipped with two 4MP HD cameras and a powerful processing core, it features fully synchronized dual lenses with zero latency. Built-in image enhancement al