Why Micro-vessels? Traditional data collection methods, such as drifting buoys, short-range or expensive ASVs or manned ships, are falling short in the face of modern demands for spatially dense weather and environmental data. Drifting buoys, while useful, are limited by their inability to remain in target locations and require an expensive deployment mission. Manned ships, on the other hand, are expensive and not always feasible for continuous data collection. Our autonomous micro-vessels solve these problems by behaving like drifting buoys with a purpose. They harness wind and solar power to navigate and maintain position in desired areas, ensuring a steady stream of reliable data. With our technology, you get the efficiency of drifting buoys and the precision of vessels, but without the drawbacks.

What data do the micro-vessels collect? Our vessels collect meteorological, visual and acoustic data. If you’d like to know more about specific payload or sensor configurations, contact us.

How are they deployed? The micro-vessels are single person deployable: one person can pick up, carry and throw overboard. We’ve launched from beaches, pontoons, fishing boats…

How long can a micro-vessel operate at sea? Our micro-vessels are engineered for endurance. By using wind for propulsion and solar to power the onboard electronics, they don't have a finite range and can operate for months at a time. Onboard batteries power the micro-vessel when solar availability is low (e.g nighttime, heavy storms).

How do I control micro-vessels during a mission? The micro-vessels are fully autonomous and are designed to need minimal supervision or operator training. Choose from two modes: ‘station-keeping’ ie. tracking a set point, or ‘line-tracking’, ie. moving slowly between waypoints.