Sailing is an ancient form of sustainable navigation. Emerging robotic sailing technology is gaining increased interest due to its potential in providing a continuous access to ocean data at low cost. Unmanned sailing, however, is a challenging task that involves complex dynamic interactions between the vessel and its environment. To make the sailing platform more easily available, and to develop and share our design with educators, hobbyists and researchers, we have made the application available as an open-source project.
The Robot Sailing Team consisits of students from across different faculties of the University of Southampton. In 2016 we entered the World Robotics Sailing Champioonship and won first place in the Micro Sailing Boat class. To achieve this win we had to participate in a number of challenges, including racing, area scanning and collision avoidance.
The Robot Sailing Team consisits of students from across different faculties of the University of Southampton. In 2016 we entered the World Robotics Sailing Champioonship and won first place in the Micro Sailing Boat class. To achieve this win we had to participate in a number of challenges, including racing, area scanning and collision avoidance.
- Station keeping mission, keep stationary in a small circled area
- Result of station keeping mission
- Area scanning mission, visit as much squares inside L shape area as possible
- GPS track of area scanning mission
- Collision avoidance mission, recognise and avoid potential collision
- GPS track of area collision avoidance mission
- Sailing Robot Team with “The Black Python“ in World Robotics Sailing Championship 2016






