- Technology and Innovation
Smarter Propulsion Control: How VOYAGER AI Coordinates Marine Thrusters
Automated Integration at Seawork
The technical requirements for handling large vessels in congested or unstable marine environments are shifting toward automated assistance. At the Seawork 2026 exhibition in Southampton, running from June 9 to June 11, Sleipner and Robosys Automation formalized a partnership designed to address these handling challenges. By combining specialized marine hardware with advanced computational software, the two firms have developed a system that actively monitors environmental changes to calculate and execute immediate propulsion adjustments.
Coordinating Complex Propulsion Hardware
The operational core of this project rests on the integration of the VOYAGER AI REMOTE platform with Sleipner’s established thruster line. The software is built to interface directly with up to four independent thrusters simultaneously, allowing for nuanced vector control across the hull. This multi-thruster management capability handles the mathematical heavy lifting required for track control, ensuring that manual human intervention is minimized while navigating tight slips or unpredictable currents.
Real-Time Environmental Positioning
Operating a superyacht safely requires constant vigilance against wind, tide, and wake disruptions. The combined system utilizes automated decision-making programs to assess external pressures continuously, sending immediate commands to the responsive propulsion units. This closed-loop configuration provides accurate station keeping and dynamic positioning, maintaining a vessel’s geographic coordinates without requiring the captain to constantly adjust individual throttles or joysticks during standby periods.
Scalability in Marine Robotics
Beyond immediate convenience, the collaboration establishes a functional framework for future marine operations. The integration supports current crewed operations by reducing overall bridge stress, yet the fundamental architecture is designed to be fully scalable. This means that the exact same hardware and software configurations can transition into broader offboard remote management or unmanned vessel applications as industry regulations and owner preferences evolve over time.
Collaborative Industry Development
The execution of this project highlights a growing trend of hardware manufacturers embedding software capabilities directly into their physical components. Nigel Lee, Chief Strategy Officer of Robosys Automation, noted that the joint system delivers immediate operational control while building a direct path toward deeper vessel autonomy. Russell Chadwick, General Manager of Sleipner UK, reinforced this perspective at their stand H5, emphasizing that this technical alignment ensures both companies can adapt to the changing realities of modern maritime navigation.
