Marine Remotely Operated Underwater Vehicle

Remotely Operated Underwater Vehicle (ROUs) Specifications

• Weight: 350 kg (in air)
• Size: 2980 mm (L) × 697 mm (W) × 779 mm (H)
• Operating Depth: 0-4500 meters
• Operating Speed: 3 knots
• Camera: 1080p × 6
• Floodlight: 30W × 6
• Propeller: Four horizontally, two vertically

Remotely Operated Underwater Vehicle Running State

• Forward and Backward Movement: Enables efficient exploration of designated areas and the ability to backtrack for detailed inspection, ensuring comprehensive coverage during monitoring operations.
• Lateral Motion: Facilitates side-to-side movement for intricate inspections, allowing the vehicle to navigate around obstacles and inspect structures from various angles, enhancing the thoroughness of subsea monitoring.
• Rotation on the Spot: Provides the capability to pivot in place, aiding in precise positioning for detailed inspections, capturing multiple perspectives of a target area without significant movement.
• Ascend and Descend: Allows for controlled vertical movement, facilitating the exploration of different depth levels to monitor changes in underwater environments effectively, ensuring comprehensive data collection during subsea monitoring tasks.

Functional Load of Remotely Operated Underwater Vehicle

The functional load of the Remotely Operated Underwater Vehicle includes a variety of essential equipment for comprehensive underwater exploration:

• Hydrophone: Enables the detection and analysis of underwater sound signals, crucial for marine research, locating underwater objects, and monitoring aquatic life.
• CTD (Conductivity, Temperature, Depth) Sensor: Provides real-time measurements of water conductivity, temperature, and depth, offering valuable data for oceanographic studies, environmental monitoring, and marine research.
• Side Scan Sonar: Utilized for high-resolution imaging of the seafloor and underwater structures, aiding in mapping terrains, locating objects, and conducting detailed surveys for various applications such as archaeology or search and rescue operations.
• Water Quality Sensor: Monitors parameters like pH, dissolved oxygen, turbidity, and other indicators of water quality, essential for assessing environmental conditions, pollution levels, and ecosystem health in aquatic environments.

Remotely Operated Underwater Vehicle Application Fields

The Remotely Operated Underwater Vehicle finds applications across various fields:

• Aquaculture: Assists in monitoring and managing aquaculture operations, inspecting underwater structures, and ensuring the health and productivity of aquatic environments.
• Environmental Monitoring: Enables the collection of data on water quality, marine ecosystems, and pollution levels, aiding in environmental assessment and protection efforts.
• Emergency Rescue: Utilized for search and rescue missions in aquatic environments during emergencies, providing valuable assistance in locating and assisting individuals in distress.
• Water Conservancy: Supports the inspection and maintenance of water infrastructure, reservoirs, dams, and water distribution systems, contributing to efficient water management practices.
• Hydropower: Facilitates inspections of hydropower facilities, underwater turbines, and dam structures, ensuring operational efficiency and safety in hydropower generation.