Ship Hull Cleaning Robot

Ship Hull Cleaning Robot Specifications

• Size: 1130(L) x 870(W) x 575(H) mm
• Weight: 130 kg (in air)
• Operating Speed: 3 knots
• Cleaning Efficiency: 900 m²/h
• Load Capacity: ≤25 kg
• Floodlight: 30W x 4
• Camera: 1080P x 2
• Power: 8 kW

The ship hull cleaning robot’s advantages lie in its compact size and weight, operational speed, cleaning efficiency, load capacity, illumination capabilities, camera quality, and power efficiency. These features collectively enhance its maneuverability, productivity, effectiveness, and performance in underwater cleaning operations.

Propeller Construction Of Ship Hull Cleaning Robot

The ship hull cleaning robot features a propeller system with four horizontal propellers for vector distribution and six vertical propellers, this construction offers several advantages:

• Enhanced Maneuverability: The distributed propellers provide precise control and maneuvering capabilities, allowing the robot to navigate efficiently around complex structures on the ship hull.
• Improved Stability: The combination of horizontal and vertical propellers helps maintain stability in varying currents and underwater conditions, ensuring steady movement during cleaning tasks.
• Optimized Cleaning Coverage: The propeller setup enables the robot to cover a larger surface area of the ship hull effectively, ensuring thorough and efficient cleaning.
• Increased Control: The multiple propellers allow for better control over movement in different directions, enabling the robot to access hard-to-reach areas on the hull for comprehensive cleaning.
• Reduced Energy Consumption: The design minimizes energy wastage by providing precise propulsion, optimizing the robot’s cleaning performance while conserving power.

Functional Load Of Ship Hull Cleaning Robot

The functional load of the ship hull cleaning robot includes essential components such as a forward-looking sonar, manipulator, USBL (Ultra-Short Baseline) system, water quality sensor, and other necessary equipment. These components enable the robot to navigate, inspect, clean, and collect data effectively during ship hull cleaning operations.

Ship Hull Cleaning Robot Running State

1. Forward and Backward Movements: The ship hull cleaning robot can smoothly move forward and backward along the hull surface, allowing it to cover large areas systematically during cleaning operations.
2. Transverse Movement: This lateral motion capability enables the robot to move sideways across the hull, ensuring thorough coverage and access to hard-to-reach areas for effective cleaning.
3. Rotation: The robot can rotate in place, providing precise maneuverability to adjust its position or orientation as needed for cleaning different sections of the hull.
4. 360-Degree Flip: With the ability to perform a complete 360-degree flip, the robot can quickly reorient itself to continue cleaning without the need to turn around manually.
5. Bottom Cleaning: The robot is equipped to clean the hull’s underside, ensuring a comprehensive cleaning process that covers all surfaces of the ship for optimal maintenance and performance.

Ship Hull and Dam Cleaning Robot Applications

The hull cleaning robot, beyond its primary role in ship maintenance, demonstrates versatility across multiple applications:

1. Ship Hull Cleaning: The robot excels in efficiently and thoroughly cleaning ship hulls, removing biofouling and other accumulated debris to enhance vessel performance and fuel efficiency.
2. Dam Cleaning: Its capabilities extend to cleaning dam structures underwater, where it can remove sediment buildup and inspect for damages, ensuring operational efficiency and structural integrity.
3. Underwater Inspection: Equipped with sensors and cameras, the robot is adept at conducting detailed underwater inspections, assessing infrastructure, pipelines, and marine ecosystems with precision.