Unmanned Survey Solutions unveil its latest Accession class Unmanned Surface Vessel , equipped with Robosys Automation’s cutting-edge VOYAGER AI Survey advanced maritime autonomy suite. This vessel marks a significant leap forward in eco-friendly, reliable, and repeatable Beyond Line of Sight (BLoS) operations for offshore projects.
The Accession class USV has been meticulously engineered for high performance, versatility, and low emissions, making it an ideal solution for a range of maritime data acquisition tasks. Its modular design, superior stability, and advanced hybrid battery systems provide the versatility to integrate a wide range of mission-specific instruments, making it a sensor-agnostic platform suited to various industries.
Unmanned Survey Solutions’s fleet of innovative, hybrid USVs is positioned to meet the growing demand for efficient and environmentally conscious solutions in offshore, coastal, and inland waters. These vessels are already proving their value, being rapidly deployed for projects in sectors such as offshore renewable energy, oil & gas, dredging, ports and harbours, defence and security, and scientific and environmental research.
Robosys’ VOYAGER AI Survey suite delivers Remote Control and Autonomous Navigation with Autonomous Collision and Obstacle Avoidance, enhanced by Anti-Grounding features using S-57 ENC charts. Purpose-built for the marine survey industry, it includes advanced software Autopilot, Heading & Track Control, and Route & Waypoint Planning and Following, with specialized Approach, Harbour, and Tidal modes. Over 200 PLC channels are seamlessly integrated into a single, user-friendly VOYAGER AI interface.
James Williams, CEO of Unmanned Survey Solutions, stated: “Partnering with Robosys for the main control and autopilot system of the Accession class USVs has significantly enhanced our operational capabilities. Their unwavering support and precision in detail have been outstanding, and we are excited to continue this collaboration on future vessel builds as USVs become the standard for maritime operations.”
The Accession class Unmanned Surface Vessel, with its advanced autonomy and capabilities, is set to redefine maritime operations, providing a sustainable and commercially viable solution for rapid deployment in a variety of challenging environments.
