A recent experimental flight proves that unmanned aircrafts can be used not only for short round trips, but also for long distance operations from airfield t...

Over the last four years, Maritime Robotics has collaborated with NTNU, DNV-GL and KONGSBERG in the Autosea project on sensor fusion and collision avoidance ...

The Maritime Robotics Summer Internship Program gives students the opportunity to work in the exciting, innovative, and up-and-coming field of autonomous tec...

Last week, Maritime Robotics collaborated with Seabed to inspect the draft of ships using the Telemetron USV, for Port of Amsterdam and the Dutch Customs Off...

SafeCOP (Safe Cooperating Cyber-Physical Systems using Wireless Communication) We believe that the future is autonomous. In order for autonomous vehicles to ...

The Pilot-T project, led by Maritime Robotics, will convert the 143-year old Sundbaten ferry to be autonomous and battery powered.

Electrical Engineer / Electronics Designer for Unmanned Systems Maritime Robotics is seeking new team members! Maritime Robotics was founded in 2005, and has...

Maritime Robotics is proud to be a partner of the EU-funded program MarineUAS [www.marineuas.eu] with our two PhD students; Anthony Hovenburg and Christopher...

We are proud to announce our technology cooperation agreement on Unmanned Cargo Ships with Rakuten Institute of Technology. https://global.rakuten.com/corp/ ...

Maritime Robotics hosted Defence Industry seminar as a part of the Norwegian F-35 arrival arrangements. With the landing of the new F-35s in Norway, this wee...

The GLIDER Project forms part of the Norwegian Research Council DEMO2000 and is being managed by Akvaplan-niva, Project Lead, Lionel Camus . For 35 days in A...

Unmanned vehicles are creating opportunities to operate fish farms in areas with harsher weather conditions without putting people at risk. Maritime Robotics...

Thanks to all the people that participated to our seminar yesterday where we demonstrated both unmanned aerial vehicles and unmanned surface vehicles. Specia...

The Glider project – unmanned ocean environmental monitoring Maritime Robotics will, as a part of the pioneering GLIDER project, integrate and operate their ...

Maritime Robotics and Seabed GeoSolutions introduces world´s first USV system in the seismic business Throughout numerous offshore trials and deployments in ...

Some users want the option of using their survey boat in an unmanned mode, while still having the option of manned use. Other users see a potential in using ...

For a week in May Maritime Robotics joined SINTEF and NTNU for the ENTiCE project work onboard the NTNU research vessel R/V Gunnerus.  This mission was condu...

The Otter™ Unmanned Surface Vehicle (USV) is a turn-key and easily deployable system for seabed mapping and monitoring of sheltered waters. The Otter™ is the...

September 30th, 2016 was an important day in Maritime Robotics´ history, when the worlds first officially announced test-site for Unmanned Surface Vehicles a...