WEEDLESS-AQUATIC-DRONE
Robuuste voortstuwing en autonomie voor aquatische drones in complexe ondiepe wateren
This project concerns industrial research into a new propulsion concept for, among other things, autonomous aquatic drones used for water quality monitoring in often shallow, vegetated, and debris-filled waters. Current drones with propellers often become entangled in vegetation or debris, making autonomous missions less reliable. The research aims to determine whether a new propulsion concept can provide a reliable and energy-efficient solution for this.
Efficient and robust propulsion for autonomous watermonitoring
The research focuses on improving autonomous water monitoring in conditions where existing systems currently fall short. Such shallow, vegetated, and debris-filled waters are common in the Netherlands. Central to the project is how autonomous aquatic drones equipped with this new propulsion system can become more effective in complex real-world conditions, while also offering potential gains in energy efficiency. The project will generate new knowledge on robust and energy-efficient solutions. Initial calculations indicate significant potential energy savings. The results are relevant for water authorities, research institutions, as well as various sectors dealing with such conditions.