So, what is the next step for USV technology? Developing larger, longer endurance USVs and taking them beyond shallow waters. OceanAlpha has continued its quest to develop autonomous vessels, integrating them with multibeam sonar, sub-bottom profilers, side scan sonar, CTD, SVP, and LiDAR capabilities for the oceanographic survey community. OceanAlpha’s USVs have been placed with lead users in the markets and have been applied from coastal oceanographic surveying to open sea areas, including the Antarctic region. Improved efficiency and safety will be a driving factor behind the acceptance of USVs for this application. Coastal and inland applications that require extensive surveying in shallow waters makes the USV an ideal choice. As USV-based surveying solutions become more established, more and more traditional oceanographic survey tasks will be completed by USVs.
Case Study
-
OceanAlpha Rapid Mobile Networking Observation of the Air-Sea Interface Parameters -
OceanAlpha USV enhances China's scientific research in the Antarctic
-
L25 USV Conduct Multibeam Mapping to the Hong Kong-Zhuhai-Macao Bridge
-
M40P USV Conducts Long-Duration Offshore Geomagnetic Observation
-
ME120 USVs Grouped Up to Survey Ocean Surface with CTD
-
China's First Gravity and Magnetic Survey Task Carried out by USV
-
M80 USV Conducts the Underwater Topographic Survey in The Antarctica
-
M80 USV Deploying A Reson T20P MBES Conducts Underwater Topography Survey Around A Triangle Island
Product Solution
-
M40P
Long endurance USV for efficient data acquisition in the field of offshore energy exploration
-
M80
Long endurance multifunctional platform for hydrographic survey
-
L25
The L25 USV can carry up to 200kg of hydrographic & geophysical instruments to conduct multi-purposed physical oceanographic surveys and biological environment monitoring on the deep sea.
Hydrographic Survey