Robosys Automation Partners with University of Plymouth for Advanced Maritime Autonomy Solution
Robosys Automation, a leading maritime autonomy developer, has recently announced a partnership with the University of Plymouth (UoP) to deliver an integrated advanced maritime autonomy solution for an ASV C-Enduro USV.
The collaboration will see Robosys providing its VOYAGER AI Autonomous Navigation System (ANS) to the University, enabling seamless operation of the C-Enduro Unmanned Surface Vessel (USV). The C-Enduro USV, named ‘Bauza,’ is primarily used for hydrographic and oceanographic surveying and training purposes.
Under a contract awarded by the Royal Navy, the University of Plymouth will integrate Robosys’ state-of-the-art VOYAGER AI software into the C-Enduro USV, allowing it to conduct over-the-horizon data gathering operations efficiently, intelligently, and safely.
The VOYAGER AI Autonomous Navigation System offers a comprehensive suite of features, including Mission Planner, Situational Awareness with Radar, AIS, Tracks overlaying of ENC S57 Charts, AutoPilot Control with Routing, Waypoints, Loiter, Collision Avoidance, Obstacle Avoidance, and Anti-Grounding capabilities.
Furthermore, Robosys will provide the University with its newly launched USV Remote Control Waistpack, expanding the USV’s capabilities by enabling full wireless remote control in any weather conditions from a local range mothercraft or shoreside short range. This feature can seamlessly switch with the University’s Remote Operations Centre (ROC).
Known for its flagship maritime autonomy and vessel control software, VOYAGER AI is recognized as the world’s leading maritime artificial intelligence (AI) software, offering advanced navigation, Collision Avoidance Decision Aid (CADA), and decision-making solutions up to IMO Degree 4 Maritime Autonomy standards.
The integration of Robosys’ VOYAGER AI suite into the University of Plymouth’s C-Enduro USV is scheduled for completion in Q3 of 2025, marking a significant milestone in the advancement of autonomous maritime technology.