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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The Fugro and KAUST collaboration on the Red Sea project supports Saudi Vision 2030.
Fugro’s helicopter-based image capture uses proprietary ROAMES software and hardware to navigate to all poles in the field and produce ultra-sharp images from every angle.
Fugro ROAMES is based on Remote Observation Automated Modeling Economic Simulation (ROAMES), which creates a digital twin and provides detailed analytics for remote asset inspection, identification, and condition assessment.
Telstra’s satellite facility in Gnangara has been used to operate a remote operations centre in partnership with Fugro.
The Ventus Award recognized Fugro’s work with Atlantic Shores Offshore Wind to implement a centralized, cloud-hosted geo-data engagement platform using Fugro’s Gaia.Hub technology.
Fugro operates a Blue Shadow USV fleet that Fugro has deployed since 2020 for medium- to large-scale hydrographic survey applications.
Fugro will perform the preliminary geotechnical site investigation for the Energy Island and the adjacent offshore wind farm zone.
Fugro delivered the Richards Bay geotechnical project despite challenging ground conditions and ongoing Covid-19 restrictions.
DRA Global contracted Fugro to acquire critical seabed Geo-data required for the completion of preliminary engineering and design works for the Richards Bay port expansion.
The Fugro contract supports OCS’s delivery on ONGC’s Protective Coating of Process Platform Project 1 (PCPP1).
Fugro is performing geophysical surveys for the Energy Island project under a separate contract to provide Energinet with a reliable derisked site interpretation.
Fugro’s InclinoCam® will acquire Geo-data to position monopiles at exact locations on the earth’s surface to meet Saipem’s tight installation tolerances.
OPW commissioned Fugro to deliver a baseline survey covering 1,798 square kilometers of Ireland’s south and west coasts.
Fugro’s work in the Guyana-Suriname Basin has included collection of nearly 15,000 line kilometres of geophysical data over the past 20 years.
The partnership agreement requires Fugro to provide experts to the IOC-UNESCO Secretariat in Paris, France to help establish and administer two ocean science data working groups.
The partnership between Fugro and IOC-UNESCO will directly support the United Nations Decade of Ocean Science for Sustainable Development 2021-2030.
Fugro’s GPSC provides the USGS with access to multiple lidar mapping solutions to support a continuous, integrated 3D elevation and hydrography surface.
Fugro will deploy a state-of-the-art shipboard analytical laboratory aboard the ARC Roncador for the 2021 fieldwork.
The 2021 seep study builds on a similar collaboration between DIMAR and Fugro conducted in 2019.
Fieldwork for the 2021 project will be conducted from DIMAR’s ARC Roncador multipurpose hydrographic vessel using specialised Fugro equipment.