The ROV8T-AJ underwater robot is a product specifically developed for underwater search and rescue, underwater salvage, underwater reconnaissance, underwater scientific research and archaeology, marine aquaculture, and other fields. It is suitable for various environments such as oceans, lakes, and rivers. With a waterproof depth of up to 100 meters, it is driven by 8 thrusters, offering high degrees of freedom and flexible control, enabling movement in any direction. Equipped with a 2-megapixel, 1080P high-definition network camera, it provides clear imaging with high real-time performance. The built-in image enhancement algorithm and underwater automatic fog penetration function can effectively enhance imaging in turbid water and suppress greenish imaging in shallow water. The underwater lighting system consists of 2 high-brightness deep-water LED lights with adjustable brightness, providing better assistance for imaging in lightless underwater conditions. It adopts shore-based power supply, allowing for long-term operation and avoiding the trouble of frequent charging. Its modular design supports optional accessories such as camera pan-tilts, manipulators, sonars, and underwater acoustic positioning devices.

(1) Waterproof depth: 100 meters
(2) High-efficiency shore-based DC high-voltage power supply ensures long-term operation and eliminates the need for frequent charging.
(3) Equipped with a 1080P high-definition network camera for turbid water imaging, delivering superior shooting performance in turbid water compared to similar products.
(4) Maintenance-free fully sealed deep-water oil-filled thrusters, with an 8-thruster layout, offer high degrees of freedom and flexible control.
(5) Capable of depth-holding hover and directional navigation.
(6) A dedicated shore-based control system developed specifically for underwater robots features reliable functionality and user-friendly operation.
(7) Zero-buoyancy cables are used as the transmission medium, offering tensile and abrasion resistance.
(8) Image enhancement algorithm for shallow waters and green light suppression.