Fugro is a Geo-data specialist that has expanded its expertise from the maritime sector into the space industry, particularly in remote operations and robotics. Through its Australian Space Automation, AI and Robotics Control Complex (SpAARC), Fugro supports space missions by providing infrastructure for software simulation, robotic systems control, and mission planning, including lunar missions under NASA's Artemis program. Fugro partners with organizations like the Australian Space Agency, NASA, ESA and Intuitive Machines, offering services such as satellite positioning, and contributing to the development of lunar terrain vehicles. Their activities support innovation, research, and the growth of the space industry ecosystem.
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Fugro’s work on the project comprises two phases: Phase 1 will deliver geophysical surveys including seabed sampling and soil data down to at least 100 m below the seabed, and Phase 2 will be the UXO magnetometry survey.
Fugro will perform geophysical and unexploded ordnance magnetometry surveys for the Danish Energy Island project.
Fugro’s expert survey and offshore wind consultancy teams will use the acquired Geo-data to provide a derisked site interpretation.
Fugro projects that its ultra high resolution subsoil Geo-data solutions will help future wind farm owners derisk development and deliver cost-effective green energy to up to 10 million European households.
Projects completed under the Fugro StratMap contract will help the Texas Department of Information Resources develop consistent digital Geo-data layers across the state.
Fugro has been awarded a second-consecutive Geo-data solutions contract by the Texas Department of Information Resources to support the state’s Strategic Mapping Program (StratMap).
Fugro has been selected by Terna SpA to perform a large multidisciplinary survey for part of the Tyrrhenian Link.
Fugro has signed a strategic framework agreement with dCarbonX for decarbonisation exploration projects supporting the development of offshore geo-energy resources in the UK and Ireland.
Fugro’s geo-data acquisition, analysis, and advice will provide dCarbonX with critical information to characterise sites and support decision-making at the project concept stage.
Fugro’s vessels are supporting Eni in Angola by delivering a range of specialized Geo-data services to help design, build, and operate assets in Africa.
The Fugro Scout will perform a range of geotechnical site investigations on the Agogo project, with work due to start early 2021-03.
Fugro and SeaBot XR have worked together since 2019 to develop new standards and a training framework for upskilling Fugro employees in the operation of remote and autonomous vessels.
Fugro developed Space Star, a space-based GPS instrument that will be tested on NorSat-TD to determine satellite position in orbit for improved situational awareness.
NorSat-TD will test Space Star, a space-based GPS instrument developed by Fugro, as a means of determining a satellite’s position in orbit for improved situational awareness.
Fugro’s data will be used to manage and mitigate bush fire risk around the TasNetworks distribution network.
TasNetworks representatives will be able to analyse the captured data and execute detailed engineering and vegetation clearance analysis using Fugro’s Roames World cloud-based platform.
Fugro and NYK have partnered to provide offshore geotechnical services in Japan.
Fugro and NYK signed a strategic Memorandum of Understanding with OYO Corporation to collaborate on offshore geotechnical services.
Fugro deployed RealWear HMT-1 headsets across its global fleet as a Remote Expert solution to provide assistance to vessels from onshore.
Fugro will acquire Geo-data for the Palau mapping project early 2021 using concurrent airborne topographic and bathymetric lidar systems.