The rapidly growing field of autonomous seagoing vehicles, known as SAEs for short, is important for a number of reasons. Not the least of which is that it enables transportation and cargo services to operate more efficiently and cost-effectively. Additionally, SAEs are becoming increasingly important in industries like maritime logistics and naval warfare. One company that benefits greatly from this growth is Saildrone.
Saildrone has quickly risen to prominence in the SAE field thanks to its Explorer and Surveyor vessels. The Explorer is shorter but more compact than the Surveyor, which makes it better-suited for small fleets or specific missions. This strategy has allowed Saildrone to quickly develop a diverse fleet of vessels that are well-suited for different missions or applications – such as maritime logistics or naval warfare – while maintaining a high degree of efficiency overall
The Voyager is important for a variety of reasons. Firstly, it is designed to provide persistent mapping of areas near shore, something that cannot be done with traditional cameras or radars. Secondly, it is equipped with special sub-surface passive acoustics capabilities to help build a more detailed picture of the seafloor down to 900 feet. Finally, the improved power and data uplink make the Voyager an even more versatile tool for maritime operations.
In the ocean, even a small change in tidal action or sediment redistribution can have big consequences for marine life. For example, an increase in illegal dumping could lead to toxic materials being left behind, while a decrease in activity near a harbor can lead to fewer fish and other wildlife living there. By monitoring these effects regularly with a tidal gauge or other instrument, we can help ensure that our oceans remain healthy and productive.
On a calm day, the harbor of dockworkers and their families streaming out to catch the last rays of sunshine on San Francisco Bay is an idyllic sight. However, on nights and weekends when fishermen hurry to net their quotas before nightfall, a brisk trade in contraband takes place behind closed doors.
A hidden camera placed aboard a small boat has captured footage of illegal fishing at its most heinous – nets filled with endangered marine mammals are hauled in alongside tonnes of Atlanto- Gulf fisheries illegally caught without licenses or reporting requirements. The footage was captured bycatch expedition tuna fishers working for Sustainable Seafood Solutions (CSS). CSS is using the camera technology developed by The Pew Charitable Trusts’btn , as part of an ongoing effort to combat seafood fraud .
Saildrones could have a significant impact on research into marine environments. This is because they can collect data on a variety of different metrics that are difficult or impossible to measure using traditional means. This could include things like wave action, salinity, water temperature, and more.
The creators of Saildrone believe that by removing the need for costly and time-consuming land transportation, they can bring greater economic stability and opportunity
Since the Saildrones can spend long periods of time at sea, they could provide a new way to explore and monitor the oceanic environment. They could be used to survey marine habitats or study changes in ocean currents.
The Voyager is an underwater exploration vehicle that was undergoing testing since February of last year when the first prototype went into the water. The company said it is really always in development mode as new technologies and use cases become available. This includes revisions to the design that have been made based on feedback from the initial testing period.
The Saildrone Voyager is a different kind of aircraft. Instead of traditional wings and fuselage, it has a tethered keel that allows it to stay in one spot while its engines power it forward. This unique design has set the company apart from others in the space for years and should help them continue to grow as they move into full production mode.