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Suppliers: Remotely Operated USV
Teledyne Marine
High-Performance Instruments, Sensors & Technologies for Exploring & Monitoring Subsea Environments
Platinum Partner
Maritime Robotics
Innovative Uncrewed & Autonomous Surface Vessel Technologies for Maritime Operations
Gold Partner
SatLab Geosolutions
Cutting-Edge Surveying, Positioning & Sensing Solutions for Hydrographic & Oceanographic Applications
Gold Partner
Open Ocean Robotics
Reliable Solar-Powered USVs for Real-Time Oceanographic & Maritime Data Acquisition
Silver Partner
AGISTAR
Robotic & Remote-Controlled Solutions for Waste Collection, Rescue Operations, & Aquatic Data Collection
Silver Partner
Products
Remotely Operated USVs for Survey, Monitoring and Research
Remotely operated USVs are uncrewed surface vessels controlled directly by human operators via shore-based or vessel-based control stations. Unlike fully autonomous platforms, these systems maintain continuous or near-continuous operator involvement, allowing real-time control of navigation, propulsion, and payloads. This approach is well-suited to scientific and survey missions that require adaptive decision-making and precise maneuvering.
Also known as remote-controlled USVs or remotely piloted surface vehicles, these platforms combine remote operation with advanced navigation, communication, and payload integration.
Applications and Use Cases
Mariner remotely controlled USV by Maritime Robotics.
Remotely operated USVs are deployed across coastal, nearshore, and offshore environments. Common missions include:
Hydrographic and Bathymetric Survey
Remotely operated USVs are widely used for hydrographic and bathymetric surveys with single-beam and multibeam sonar systems, particularly in shallow, confined waters.
Environmental Monitoring and Water Quality Surveys
USVs support environmental monitoring systems for water quality surveys, enabling persistent sampling without the need for crewed vessels.
Oceanographic and Marine Research
Marine research organizations use remotely operated USVs for scientific data collection, sensor deployment, and oceanographic surveys in coastal and offshore regions.
Coastal and Nearshore Monitoring
USVs are effective platforms for coastal monitoring, seabed mapping, and habitat surveys in areas with limited vessel access.
Offshore Energy and Infrastructure Survey
Remotely operated offshore inspection USVs are deployed for offshore wind farm surveys, cable route surveys, and pipeline inspection, supporting offshore wind farm surveys, cable route survey operations, and oil and gas inspection missions.
Maritime Security and Patrol Support
Maritime security USVs support maritime surveillance, port monitoring, and harbor security operations requiring persistent surface presence.
Remotely Operated Military USVs
Remotely operated military USVs are configured for defense and security missions that require direct human control, secure communications, and real-time oversight. They support naval operations, maritime surveillance, and mine countermeasure support in environments where operational control and compliance are critical.
Types of Remotely Operated USVs
Small Remotely Operated USVs
Small USV platforms are optimized for shallow-water and nearshore operations, where portability and rapid deployment are critical.
Medium Remotely Operated USVs
HydroBoat 990 remotely operated USV by SatLab Geosolutions
Medium USVs balance payload capacity and endurance, supporting hydrographic surveys and environmental monitoring missions.
Large Remotely Operated USVs
Large USVs provide extended endurance and higher payload capacity for offshore surveys and long-duration monitoring.
Hybrid Control USVs
Hybrid control USVs combine remote operation with semi-autonomous navigation systems, including waypoint navigation, GNSS positioning, autopilot control, and collision avoidance.
Survey-Optimized USVs
Survey USVs are purpose-built for hydrographic and bathymetric missions with integrated sonar and navigation systems.
System Architecture and Key Capabilities
A remotely operated USV integrates propulsion, power, navigation, communications, and payload systems into a compact surface platform. Electric motor propulsion is commonly used for low-acoustic-signature operations, while hybrid propulsion configurations support extended endurance for offshore surveys. Power systems are typically marine battery-based, with hybrid architectures enabling longer mission durations.
Navigation systems combine GNSS with inertial navigation systems to maintain accurate positioning and heading. Communication systems may include radio links, satellite communications, and telemetry systems, supporting beyond-visual-line-of-sight operations. Modular payload bays enable rapid integration of sonar, lidar, radar, camera systems, and environmental monitoring sensors.
Standards and Operational Considerations
Remotely operated USVs used in ocean science commonly align with maritime navigation, safety, and survey standards applicable to uncrewed surface vessels. Hydrographic and oceanographic missions often follow established best practices for positioning accuracy, data quality, and operational safety in coastal and offshore environments.
