Robosys to Provide VOYAGER AI Navigation System for Integrated USV Autonomy Solution

The University of Plymouth is set to leverage Robosys Automation’s advanced VOYAGER AIAutonomous Navigation System (ANS) to deliver an integrated maritime autonomy solution for a C-Enduro unmanned surface vessel (USV).

Robosys’ VOYAGER AI software will be installed onboard a Royal Navy-supplied C-Enduro USV to efficiently, intelligently, and safely perform over-the-horizon data gathering, hydrographic and oceanographic surveying, and operational training.

Robosys Automation’s VOYAGER AI ANS provides a single integrated user experience. The software features Mission Planner, situational awareness with radar, AIS, and tracks overlaying ENC S57 charts. Additional functions include autopilot control with routing, waypoints, loiter, collision avoidance, obstacle avoidance, and anti-grounding functions. VOYAGER AI delivers proven navigation, CADA, and decision-aid solutions to IMO Degree 4 Maritime Autonomy.

Robosys’ recently launched USV Remote Control Waistpack will also be provided to extend the USV’s capabilities, delivering full wireless remote control in any weather conditions from a local-range mothercraft or short-range shoreside station, seamlessly switchable with the University of Plymouth’s Remote Operations Centre (ROC).

Professor Chris Fogwill, Executive Dean of Science and Engineering at the University of Plymouth, commented, “Marine autonomy is a critical element of the UK’s defence 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. 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, Robosys Automation’s CEO stated, “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.”