Product Description
The dredging robot is an underwater autonomous operating platform integrating advanced sensing, intelligent control, and efficient operation systems. Designed specifically to replace traditional manual dredging, it can safely, efficiently, and environmentally clean silt from various complex water bodies, including reservoirs, rivers, lakes, ports, municipal pipelines, and industrial water tanks. It is a core piece of equipment for modern smart water management and ecological governance.
Key Features: Highly Intelligent and Automated
Autonomous Operation: Equipped with high-precision underwater sonar, inertial navigation, and vision systems, it can autonomously plan its path and avoid obstacles, achieving precise dredging with full coverage.
Remote Control/Monitoring: Supports remote real-time control and operation status monitoring via wired or wireless links, separating human and machine operations for enhanced safety.
Data Management: Records silt thickness, dredging volume, and operation trajectory in real time, generating 3D terrain reports to support decision-making.
Superior Operational Capabilities
Strong Adaptability to Substrates: Effectively cleans silt, fine sand, gravel, and even a certain degree of viscous waste.
Environmentally Friendly and Tranquil: Utilizes low-disturbance suction or spiral conveying technology to avoid secondary turbidity pollution caused by traditional dredging, protecting the aquatic ecosystem.
Wide Depth and Range: Adaptable to water depths ranging from several meters to tens of meters, and various scenarios from narrow pipes to open water areas, depending on the model.
Powerful and Reliable Power and Mobility
All-Terrain Chassis: Equipped with a tracked or spiral roller chassis, it can move stably on soft, uneven silt without slipping or sinking.
High-Power Hydraulic/Electric System: Provides strong and stable power to the dredging pump and mobility mechanism, ensuring continuous operation for extended periods.
Modular and Easy-Maintaining Design
Quick Changeover: Suction heads, cutting heads, and other front-end tools can be quickly replaced to adapt to different working conditions.
Convenient Maintenance: Major components adopt a modular design, facilitating inspection and replacement and reducing operation and maintenance costs.
Product Parameters
| Equipment Name |
Specifications |
| Robot body |
Robot size: 1350mm×600mm×670mm
Drainage width: 600mm
Travel speed: 3-17M/min |
| 4-inch underwater slurry pump |
Used for underwater pumping of sludge
Pumpable particle diameter: 40mm (can be changed according to customer needs)
Lift: 25 meters (horizontal conveying distance 100-150 meters) |
| Underwater hydraulic power source |
Waterproof hydraulic system |
| Robot main control cabin (underwater) |
Used to control all actions of the robot, including the start and stop of underwater hydraulics and the lighting system. |
| Underwater lighting system |
2 LED lights |
| Underwater camera system |
Equipped with 1 underwater camera |
| Cable winding system |
Electric drive (or manual), speed 0-10r/min |
| Underwater pipeline |
50 meters |
| Ground electric control system |
| Main electric control cabinet |
Used to power various ground systems. |
| Main control console |
Robot ground main control system, used to control the work of underwater robots |
| Attachments |
Sewage pipe, 20 kg pressure resistance, steel frame, 50 meters long. |
| Work efficiency |
100-150 cubic meters per hour |
Detailed Photos
Company Profile
Audited Supplier 
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