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7MW Levenmouth Demonstration Turbine

Located off the Fife coast, ORE Catapult’s Levenmouth Demonstration Turbine (LDT) is the world’s most advanced, open-access offshore wind turbine dedicated to R&D. 

Unique among offshore wind testing facilities, the towering 7MW machine plays host to some of the industry’s most exciting innovations for testing and validation.


Connected to shore by a short ramp, the Levenmouth Demonstration Turbine is an integral part of our Testing and Validation facilities. It allows developers to demonstrate new systems and methods – without the associated time and costs of conducting tests at a working offshore wind farm.

Since 2016, LDT has attracted 98 SMEs for technology development, testing or demonstration. It is also a key asset in our core research and development programme with 45 projects completed or under contract at the facility.


Levenmouth Demonstration Turbine Statistics


22,986 MWh of electricity generated

7,414 homes powered

7,050 tonnes of CO2 offset

800+ sensor outputs reporting from the turbine


Robotics and Automation

ORE Catapult believes that the offshore wind sector has the potential to cut its inspection costs by almost 40 per cent by integrating robotics and automated systems into its operations. LDT is the test-bed for both SMEs and academic developers working in this area, hosting demonstrations of crawling, climbing, aerial and sub-sea robots.

In 2018, Livingston-based Cyberhawk was one of a group of autonomous inspection providers that were invited by the Catapult to perform representative commercial tests on the turbine so that an industry baseline for quality inspection could be identified. Later in the year, Edinburgh’s MarynSol tested its SeaSmart automated marine survey using autonomous vehicles at the Levenmouth Demonstration Turbine.

Over the next two years, the turbine will also see trials of the ground-breaking MIMRee robotic inspect-and-repair mission, which brings together drones, blade crawlers and autonomous vessels together in fully automated missions.

Training and Personnel Transfer Systems

Located just metres from shore, the Levenmouth Demonstration Turbine provides an accessible facility for conducting technician training and testing innovative crew transfer systems.

In 2016, Limpet Technology approached ORE Catapult to seek help in developing their ‘Get Up Safe’ (GUS) system, a motion compensated personnel hoist that provides maintenance teams with ladder-free access to offshore wind farms. After successful trials at the Levenmouth turbine, they were invited by global offshore wind leaders, Ørsted, to further demonstrate GUS on two of their UK wind farms, leading to Ørsted acquiring a 22.5% stake in Limpet spin-off company, Pict Offshore.

Data and Digitalisation

The turbine is also the test-bed for experimentation with a variety of new digital applications, led by ORE Catapult’s Data and Digitalisation team in partnership with technology developers. Bristling with more than 120 packages of instrumentation, the facility hosts everything from lidar installations, novel lightning strike detection systems and even sensors that monitor the conditions within its nuts and bolts.

The turbine has enabled an ORE Catapult competition, funded by the Scottish Government, to develop sensor technology and data systems that can help with product development as well as operation and maintenance of wind farms. Among those successful in the competition and now fitting the turbine with sensors are three Scottish companies, Turner Iceni, Sensor-works and Hydrasun. See all ORE Catapult’s Innovation Challenges for SMEs.

The onshore met mast at the site enables the testing, calibration and verification of onshore lidar systems. With access to high-quality wind resources and environmental data, developers and manufacturers can compare and verify new remote sensing techniques against traditional methods.

STEM, Skills and Local Oppurtunities

Since 2016, the Catapult has funded a STEM ambassador at Levenmouth Academy which has evolved into a full-time STEM Principle Teacher position, delivering extensive programmes throughout the school in areas such as robotics, drones and programming.

The Academy was also a beneficiary of ORE Catapult’s STEM Club Start-Up programme, which used funding from the Royal College of Engineering to spark local children’s interest in offshore renewable energy as a future career.

Other ways in which the Catapult has created opportunity for young people in the area are:

  • Providing hands-on experience and training for Fife College turbine technicians
  • Collaborative development of a next-generation Immersive Hybrid Reality offshore wind turbine for education and training for use in local schools and training centres
  • Contributing to the development of a renewable energy curriculum across the Scottish College Network.


Award of the Section 36 Consent Variation

On Thursday 30 August 2018, ORE Catapult was awarded a Section 36 consent variation by the Scottish Government to operate the Levenmouth turbine until 2029. To request a copy of the Decision Notice, Marine Licence or Section 36 Variation Consent, please Contact Us.


Having the turbine available as a site that we can access easily, compared to a genuine offshore site, is enormously valuable… It is of huge significance in terms of reducing the cost and time of bringing new systems to market.

Phillip Taylor

Business Development Manager for Limpet Technology


Contact Our Team

Lorna Bennet

Mechanical Engineer

Email Lorna Bennet

0141 559 7012

see bio

Lorna joined ORE Catapult in September 2016 as a Mechanical Engineer forming part of the core Engineering team.  With a background in mechanical design and project management, Lorna is involved in both research and design projects.

Having previous experience in marine energy development with Pelamis Wave Power, Lorna brings a practical understanding of the challenges faced by the offshore renewable energy sector with a structured approach and technical knowledge. Lorna has experience in the design, development and technical challenges of delivering complex collaborative projects within multi-functional joint venture partnerships.

Prior to joining the ORE Catapult, Lorna worked for six years in a variety of mechanical design engineering roles in a wide range of industries: wave power development, oceanographic research, oil and gas, aerospace and construction.

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