Posts by HydroSurv
COP26 Clean Energy Start-up Pitch Battle – HydroSurv needs your vote
With #COP26 fast approaching, HydroSurv is very excited to announce that it has been invited to participate in the @Net Zero Technology Centre’s COP26 Clean Energy Start-up Pitch Battle. Focussing on a range of clean energy technologies, the Pitch Battle seeks to promote the most innovative start-ups with solutions that can help accelerate the transition…
Read MoreHydroSurv’s REAV-40 Begins Programme of Sea Trials
As a part of the Industrial Strategy Challenge Fund ‘Robotics for a Safer World’ programme, HydroSurv has developed two new Uncrewed Surface Vehicles (USVs) for inland and nearshore survey and inspection operations in challenging environments. The larger vehicle system REAV-40 – a multi-purpose USV for coastal operations is now embarking upon a series of trials…
Read MoreDeveloping A New Approach To Marine Surveying
The University of Plymouth is working with a pioneering technology business to develop a revolutionary means of gathering data about the marine environment. HydroSurv is working to develop a range of uncrewed vessels and innovative data capture services that can provide unrivalled and simultaneous surveys of the seabed. However, the partnership with the University has…
Read MoreHydroSurv Received Investment From Katapult Ocean
We are proud to announce that HydroSurv Unmanned Survey (UK) Ltd is one out of 10 international ocean startups that have received investment from Katapult Ocean this autumn. Katapult Ocean invests in and supports startups with a positive impact on our ocean. In the selection process, Katapult Ocean has screened and interviewed a pipeline with…
Read MoreHydroSurv Announced as Participants of The Global Business Innovation Programme ‘Marine Robotics to Canada’
Innovate UK’s Global Business Innovation Programme (GBIP), delivered by the Enterprise Europe Network (EEN) has recruited leading marine robotics companies from the United Kingdom to participate in a programme aiming to build innovation partnerships and foster future international growth in marine robotic technology. The cohort, represented by 15 ambitious surface and underwater robotic technologies and…
Read MoreHydroSurv Joins FAST Cluster
We are pleased to announce that HydroSurv has recently become the latest member of the Future Autonomous at Sea Technologies (FAST) Cluster. Bringing together leading industrial and academic partners, the FAST Cluster is a business-led group specialising in the delivery of innovative marine autonomous solutions including surface and sub-surface platforms, advanced manufacturing, smart ports and…
Read MoreHydroSurv Achieves ISO 9001:2015 Certification
This month, HydroSurv was awarded its ISO 9001:2015 certificate from certification body QMS International which covers the design, build and operation of Uncrewed Surface Vehicles for hydrographic and environmental survey. Reflecting on the hard work all the members of HydroSurv’s team put into achieving this milestone, reminded us of our shared values in taking pride in…
Read MoreCase Studies: Manx Utilities Reservoir Hydrographic Survey
Asset owners responsible for managing water resource require a detailed understanding the depth and morphology of reservoirs to understand the volumes of raw water available to treatment works and nowhere is this more important than the Isle of Man where utility engineers have limited options available to overcome water shortages caused under circumstances such as…
Read MoreCase Studies: North Hallsands Underwater Photogrammetry
Underwater photogrammetry, whilst generally accepted to be at an experimental phase of development, shows promise as an alternative or complementary dataset to hydroacoustic survey in very shallow-water environments, particularly for applications such as characterizing habitats including spawning grounds for rare fish species. HydroSurv has been investigating the development of 3D models of underwater environments using…
Read MoreCase Studies: Exe Estuary Rapid Environmental Assessment Demo
Unmanned Surface Vessels (USVs) offer the potential for groundbreaking changes to the way waterborne site investigators collect data, not only for routine hydrographic surveys, but also for contingency assignments where existing data does not exist or may be unreliable. For many, this type data collection may be a part of, but not the sole focus,…
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