The complex mission plan was designed to validate the design specifications of the AUV and put the vehicle through its paces in a real-world environment. The mission consisted of straight-line transits spanning 60–300 nm legs and survey areas. The survey areas covered 36 nm2 with very high-resolution synthetic aperture sonar (SAS) imagery and bathymetry, using Kongsberg’s HISAS 1032 Dual Rx, in less than 48 hours. Camera imagery and laser profiling data were also collected at altitudes down to 9 m.
“The success of this mission proves HUGIN Endurance’s shore-to-shore operational capability. Removing the need for a surface ship provides a huge savings to our customers, in both time and resources. We are proud of our exceptional team has been working very hard to add this capability to our AUV portfolio,” said Espen Henriksen, Executive Vice President, Uncrewed Platforms Division.
“All credit goes to our phenomenal team of engineers and operators that have made HUGIN Endurance the most capable AUV on the market. The mission we’ve just completed validates the design specifications of the system and provides proof that our HUGIN autonomy framework is fully capable of performing complex multi-day missions with no human interaction. We are extremely excited about the vast operational capabilities we can bring to our customers with HUGIN Endurance,” added Rich Patterson, Vice President of Sales, Uncrewed Platforms Division.
While the results of this mission were not a surprise, they have most certainly solidified HUGIN Endurance as the most capable AUV platform on the market, ready for real mission deployment and operation.
