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ORE Catapult’s Levenmouth Demonstration Turbine

Situated just metres off the coast of Fife, the 7MW Levenmouth Demonstration Turbine (LDT) was acquired by the Offshore Renewable

Project

Next-Generation Crew Transfer and Service Operation Vessels

The Esvagt Njord SOV at work at Dudgeon Offshore Wind Farm. The offshore wind industry is under constant pressure to

Case Study

Connected Energy

A spin-out from electric vehicle research specialists Future Transport Systems, Newcastle-based Connected Energy saw an opportunity to reuse battery packs

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Osbit Ltd

With the potential to unlock wind resource in deep-water sites, create up to 17,000 jobs, and add over £33bn to

Case Study

Magnomatics

Led by Sheffield-based SME Magnomatics, the Compact High-Efficiency Generator (CHEG) project is an EU DemoWind-funded collaborative programme aimed at driving

Project

Perceptual Robotics

Perceptual Robotics, based in Bristol, is an SME specialising in intelligent algorithms for automating unmanned aerial vehicles (UAVs). Its Dhalion

Case Study

Gyrometric Systems

Designed, finessed, and fine-tuned to the most minute detail, today’s offshore wind turbines are monumental feats of engineering. But the

Case Study

Hydrason: Real-Time Sonar Subsea Health Monitoring

ORE Catapult’s unique subsea testing facilities enabled Edinburgh-based Hydrason Solutions Ltd. to undertake a representative programme of testing and successfully

Case Study

Atlantis AR1500 Tidal Turbine Testing

SIMEC Atlantis Energy, world-leaders in tidal power generation, chose ORE Catapult to prove and de-risk its next-generation AR1500 turbine. Ahead

Case Study

HV & Materials Laboratory

Electrical infrastructure makes up almost a fifth of the lifetime cost of an offshore wind farm. This, coupled with insurance

Case Study

Trelleborg NjordGuard Cable Protection System Test

Trelleborg, a world leader in engineered solutions that protect critical applications in demanding environments, utilised ORE Catapult’s open-access shallow water

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XL Blade

The overarching objective of the XL Blade project is to reduce the overall cost of offshore wind by designing, validating

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TiPTORs

Supported by consultancies Ricardo and DNV GL, we are leading a three-stage collaborative industry project aimed at improving the reliability of tidal turbine powertrains by

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