Collecting ocean data used to mean having to send a vessel out with a crew which could be quite dangerous if conditions were rough, so the 'Saildrone' has been created to offer a new solution.
Developed as a cost-effective, autonomous solution for capturing ocean data, the unit could effectively replace existing ships to perform tasks and trips with ease. The drone travels at speeds between three and five knots, and can be reprogrammed in the middle of a mission in case something is discovered or a more important task comes up.
The 'Saildrone' could effectively transform the scientific process for professionals who are in charge of research to keep the focus on safety, efficiency and highly precise data.
Autonomous Oceanic Drones
The 'Saildrone' Collects Ocean Data in Any Weather Conditions
Trend Themes
1. Autonomous Oceanic Drones - The development of autonomous oceanic drones is creating a new and cost-effective solution to collect ocean data.
2. Replacement of Traditional Research Vessels - Replacing traditional research vessels with autonomous oceanic drones could reduce costs, increase efficiency, and ensure greater safety for professionals.
3. Real-time Data Collection - Autonomous oceanic drones offer the opportunity to acquire real-time data in the middle of a mission, transforming scientific research process.
Industry Implications
1. Marine Science - The marine science industry could greatly benefit from the use of autonomous oceanic drones for data collection and research.
2. Shipping and Transportation - The shipping and transportation industry could use autonomous oceanic drones to collect important data related to weather conditions, sea traffic and maritime safety.
3. Environmental Management - Autonomous oceanic drones can help the environmental management industry to monitor and collect data on ocean pollution and climate change.