Robosys Automation has expanded its vessel control capabilities with the integration of Sleipner Thruster Systems into its VOYAGER AI software, enhancing autonomous and remote vessel operations.
The integration allows operators to manage a full range of propulsion systems, inboard and outboard engines, sterndrives, waterjets, and bow, stern, and azimuth thrusters, from a single platform.
This improves manoeuvring precision, station-keeping, and close-quarters navigation for crewed and unmanned vessels alike.
The development, supported through INNOVATE UK Launchpad Southwest’s ORACLES Project, strengthens the reliability and operational efficiency of autonomous systems for commercial craft, workboats, research vessels, defence platforms, and uncrewed surface vessels (USVs).
READ: Queclink unveils advanced AI dashcam to elevate fleet safety
Russell Chadwick, General Manager at Sleipner UK, said: “This collaboration not only enhances the capabilities of Robosys’ system but also aligns perfectly with our commitment to advancing remote and autonomous technology in marine applications. Together, we can create cutting-edge vessel and watercraft solutions that meet the demands of the future.”
Aditya Nawab, CEO of Robosys Automation, added that VOYAGER AI’s modular architecture enables scalable integration of new propulsion systems, providing operators with improved operational control and flexibility.
The expansion highlights the rising use of autonomous vessels, giving ports, fleets, and logistics operators opportunities to improve safety, efficiency, and reliability in vessel movements.
For more information:
Robosys Automation – https://robosysautomation.com/
