ASV Global Operates Autonomous Vessel Over the Horizon From State of the Art Mission Control Centre

Tuesday May 30th, 2017 TAGS: , ,

Thomas, the long-endurance autonomous surface vessel has embarked on a mission off Scotland out to the Faroe, Shetland Channel to collect oceanographic data.

Along with several other surface vessels and submarine gliders, Thomas was deployed from Orkney on Thursday last week (25th May) as part of a mission being coordinated by the National Oceanography Centre.

Thomas’ operational location north of Scotland

Thomas is being operated via a satellite link from ASV Global’s newly opened Mission Control facility in Portchester. The autonomous vessel is being monitored round the clock by the company’s expert team of remote operators. This mission marks the first long endurance operation executed from Mission Control.

The team are able to see live data feedback from the ASView control system as well as the onboard cameras and sensors.

Sunset image collected by Thomas’ onboard camera

The 4m autonomous catamaran is fitted with a towed passive acoustic array to collect data in an area up to 7,000 square miles. The payload fit took place in Portchester before the vessel was transported to Orkney by road.

Thomas was designed and built by ASV Global in Portchester. The vessel is part of the company’s C-Enduro range of long endurance autonomous vessels and was delivered to the NOC in 2014. Since then Thomas has completed a range of ocean science data collection missions for the NOC including a mission off the Cornish coast in May 2016.

Thomas operating off the Cornish coast for the National Oceanography Centre in May 2016

A time lapse video showing Thomas’ journey over 8 days and nights

Go Back

Get in touch

Please contact us using the form below or by emailing

I have read and agreed to ASV’s privacy policy.
I understand that my details will be used by ASV to contact me as per the privacy policy and will not be shared with third parties.



To stay up to date with what’s happening with ASV Global enter your email address below.