About Saildyn
SailDyn is an innovative project aimed at developing a fully autonomous sail control system that leverages well-established aerodynamic theories to automatically adjust sails and rudders for maximum sailing efficiency. The system utilizes a custom-designed, robust model to calculate and adjust the angle of the sails based on real-time data, such as wind speed and vessel velocity. By integrating this advanced model, SailDyn offers a fully automated solution that significantly reduces manual input while greatly enhancing the efficiency and effectiveness of wind resource utilization
Autonomous sailing
The automation provided by SailDyn allows for continuous optimization of sail positioning, ensuring better performance compared to manual adjustments. This not only maximizes the use of available wind resources but also makes sailing less labor-intensive and more accessible, especially for beginners or those seeking a more relaxed sailing experience. Furthermore, the system reduces reliance on motor power, leading to energy savings and lower emissions, making it an eco-friendly alternative for the future of sailing.
Sustainability
SailDyn’s value proposition is centered around improving efficiency for sailboat owners while contributing to environmental sustainability by minimizing the need for fossil fuels. The system also has the potential to positively impact eco-tourism and provide valuable insights for sailing education by offering automated guidance and optimization.
The team
The project team consists of specialized researchers and fourth-year engineering students, all working together to develop a functional prototype to demonstrate the concept. With access to a wide range of resources, SailDyn aims to bring this cutting-edge technology to commercial markets, potentially transforming the future of sailing technology.