TLDR: The Royal Navy has awarded a contract to the University of Plymouth for a C-Enduro Unmanned Surface Vessel (USV), named Bauza, which will be integrated with Robosys Automation’s VOYAGER AI software. This collaboration aims to enhance over-the-horizon data-gathering operations, leveraging advanced artificial intelligence for autonomous navigation and control.
The Royal Navy has formalized a significant partnership with the University of Plymouth, awarding a contract for the supply of a C-Enduro Unmanned Surface Vessel (USV) to bolster its over-the-horizon data-gathering capabilities. This cutting-edge initiative will see the University’s C-Enduro USV, known as ‘Bauza,’ integrated with Robosys Automation’s state-of-the-art VOYAGER AI software, an advanced maritime artificial intelligence solution.
The Bauza USV is designed for a range of hydrographic and oceanographic surveying and training operations. The integration of Robosys’ VOYAGER AI software is set to transform its operational efficiency, intelligence, and safety, enabling it to perform complex data gathering beyond the visual horizon. VOYAGER AI is recognized as a leading maritime AI software, providing advanced navigation, collision and obstacle avoidance, and anti-grounding capabilities, adhering to IMO Degree 4 Maritime Autonomy standards. It offers a unified and integrated navigation and control solution, featuring a Mission Planner, Situational Awareness with Radar, AIS, and Tracks overlaying of ENC S57 Charts, and AutoPilot Control with routing and waypoints.
Further enhancing the vessel’s versatility, the USV will also be equipped with Robosys’ recently launched USV Remote Control Waistpack. This innovative device allows for full wireless remote control in various weather conditions from a local mothercraft or short-range shoreside, seamlessly switching with the University’s Remote Operations Centre (ROC) housed within its Marine Station.
Professor Chris Fogwill, Executive Dean of Science and Engineering at the University of Plymouth, emphasized the strategic importance of this development, stating, ‘Marine autonomy is a critical element of the UK’s defense and resilience operations. With Plymouth recently named the National Centre for Marine Autonomy, the University is driving significant advances in the innovative applications of this technology.’ He added that the ‘VOYAGER system is proven globally as being reliable and robust, and Robosys’ continued development of the platform will deliver multiple benefits as we evolve and enhance our marine autonomy fleet.’
Adita Nawab, CEO of Robosys Automation, expressed enthusiasm for the collaboration: ‘This is an exciting contract win for Robosys, as our VOYAGER AI software delivers an intuitive, single, and integrated navigation and control solution for USVs such as the University of Plymouth’s C-Enduro.’
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This project builds upon the University of Plymouth’s long-standing partnership with the Royal Navy and expands its considerable work in the marine autonomy sector. The integration of Robosys’ VOYAGER AI suite into the C-Enduro USV is planned for Q3 2025, marking a significant step forward in autonomous marine technology for defense and research purposes.
