Power
Work Pressure
Water Pump Flow
The VQY1500P underwater dredging robot is an automated device designed specifically for removing silt and debris in underwater environments, widely used in municipal, chemical, reservoir, and port sectors. Its highly efficient dredging capabilities enable it to quickly restore waterway flow and significantly improve the efficiency of underwater dredging operations.
Combining intelligent technology, robust construction, and mission-ready capabilities to meet the challenges of complex subsea operations.
Powerful Drive
Independent underwater hydraulic power unit, combined with a high-performance slurry pump, effectively handles coarse-grained slurry
Handles Complex Terrain
The caterpillar track system ensures the robot can move freely forward, backward, and turn underwater
Efficient Operations
High-torque winch head; slurry pump head reaches 25 meters, rapidly breaking up and removing compacted silt
Wide Range Of Applications
Customizable interfaces to perform various tasks
Designed to perform a wide range of underwater tasks, delivering the versatility, precision, and reliability required for complex subsea operations.
Designed for underwater sediment removal, the VQY1500P delivers powerful dredging capabilities to improve waterway efficiency and operational productivity.
Engineered for reliable performance across a variety of underwater conditions, the VQY1500P combines mobility, power, and adaptability.
Power：37 kw
Operating Pressure：25 Mpa
Water Pump Flow Rate：100 m3/h
Slurry Pump Head：20 m
Drive System：Hydraulic
Travel Speed：0-15 m/min
Design Climbing Capability：15°
We deliver innovative underwater robotics and subsea engineering solutions that enable safer, smarter, and more efficient offshore operations. Combining independent R&D, advanced manufacturing, and extensive project experience, we support customers throughout the entire lifecycle of offshore and deep-sea projects.
Contact VVLAI’s experts to find the right underwater robotics and marine engineering solutions for your next project.
