Robotics & Autonomous Systems

Find out more about our robotics and autonomous systems testing and validation facilities.

Find out more

Electrical Infrastructure Research Hub

The Catapult has appointed the University of Strathclyde and the University of Manchester to form the Electrical Infrastructure Research Hub.

Find out more

Automation & Engineering Solutions

Find out more about our work in robotics, autonomous systems and artificial intelligence.

Find out more

Stay Current

Dig deeper into the biggest issues facing offshore wind, wave and tidal energy with our series of Analysis & Insight papers.

Find out more

Live Innovation Opportunities

There are a number of programmes identifying the key technology innovation challenges faced by the offshore renewables industry. Solving these challenges will help drive down the cost of offshore renewable energy, with positive effects for the industry and UK economy. Visit our Live Innovation Opportunities page to find out if your technology has the answer.

Find out more

Intro

Subsea inspections are critical in the maintenance of offshore wind farms, helping operators assess the condition of their assets under the sea. However, current methods are time-consuming, expensive and imprecise, requiring large crews, expensive and highly labour-intensive processes and careful analysis of thousands of hours of videos. All of this makes autonomous solutions a priority.

Published
Sat 1 Feb 2020
Last Updated
Tue 4 Aug 2020

A Clearer Picture

Rovco is leading the way in 3D Computer Vision and Artificial Intelligence technologies applied subsea, utilising AUVs (Autonomous Underwater Vehicle) and ROVs (Remotely Operated Vehicle). Thanks to its revolutionary technology – SubSLAM X2 – the Bristol-based SME’s cutting-edge subsea robotic system provides offshore wind owner/operators with millimetre accuracy, live true colour-scaled imagery and 3D models, without the need for any additional sensors or scale bars.

SubSLAM X2 is the first real-time underwater video imaging system that delivers high resolution, dense 3D point clouds of subsea assets with millimetric precision. By creating real-time 3D models of underwater structures and the surrounding seabed, it helps operators quickly identify issues and instruct repairs, as well as facilitating more accurate predictions of lifespan and assessment of risk. Above all, it lowers the cost of subsea inspections by 80%, helping to make offshore wind a cheaper, low-carbon energy source.

The Journey

2017

Back in 2017, with a team of three and a £233k turnover, Rovco joined forces with ORE Catapult. Support from the Catapult helped Rovco secure an initial Innovate UK grant worth £160k along with a £145k private investment from Sustainable Ventures. With this investment, Rovco was able to fine-tune its technology before starting a 12-month research project (AUV3D), at our National Renewable Energy Centre.

The AUV3D project allowed Rovco to trial its SubSLAM X1 technology at our unique dry dock testing facility that features a replica seabed, allowing trials to be carried our in a controlled subsea environment. The Catapult also provided example subsea assets to better replicate real-world seabed conditions. Imitating the conditions found on an operational offshore wind farm site boosts bankability and investor confidence in innovative solutions such as Rovco’s SubSLAM X1.

2018

The AUV3D project continued through to October 2018 at our testing and validation centre, where we not only provided our dock facility for Rovco’s trials but also took on an advisory role in areas such as test planning and assessing the quality of output imagery.

We also supported Rovco in securing further investment in its technology, including a second Innovate UK grant of £1.28m. Additionally, Rovco won the Offshore Wind Innovation Competition run by ORE Catapult that introduced the firm to ScottishPower Renewables. The company then went on to secure a further £1m in private investment from a consortium that included the Green Angel Syndicate.

With ScottishPower Renewables now partnered with Rovco and the Catapult, the AUV3D project entered its second phase in December 2018, which is due to be completed in May 2020. The current project provides Rovco with continued access to our testing and validation centre in Blyth as well as the addition of our NOAH met mast and a scaled foundation, designed specifically for Rovco’s testing needs.


2019

In early 2019 the company secured significant backing from Global Marine Group (GMG), who purchased a 13.8% share of the business for an undisclosed sum with the aim of scaling up operations.  The partnership will see the companies work together to deliver a range of efficient, high-quality subsea solutions to improve data acquisition.

In November 2019, Rovco successfully completed its ROV Inspection and 3D Modelling project at Galloper Offshore Wind Farm. Rovco inspected all 56 turbines – with 24-hour ROV operations provided over a 4-week period – to complete the baseline asset integrity survey for the wind farm.

At the end of 2019, Rovco had 45 members of staff – a far cry from a few years ago – and secured £10m worth of contracts during that financial year.

2020 and beyond

In Q1 of 2020, Rovco has planned numerous offshore projects with their technology. With an estimated export revenue of £100m over the next five years, Rovco’s robotics expertise has made them the market leader in subsea technology. The company plans to create around 70 highly-skilled jobs, and its expansion will bring UK supply chain benefit in the 3D computer vision and Artificial Intelligence for the offshore sector. As part of this expansion, Rovco will build a new Scottish facility and create up to 20 jobs.

Watch The Backing The Game Changers Video Here >

 

“We have worked with the Catapult on two different projects over a period of two years, primarily using their dry dock facilities at Blyth. This has enabled crucial support for the development, demonstration and validation of our cutting edge computer vision and intelligent data processing systems.

The future of offshore renewables will clearly be driven not just by autonomous robotics, but more generally by automated and intelligent systems analysing the data. This AI-driven future must be safe, reliable and high performance. This will only be possible with the right testing, evaluation and validation.”

Brian Allen, CEO of Rovco

Find Out How We Can Help You

Enquire about our autonomous subsea and surface technology test and validation services.

contact us

Rovco's subsea survey system has an estimated export market of £20m per year.

The system could lower the cost of subsea inspections by 80%, helping to make offshore wind a cheaper low-carbon energy source.

Rovco plans to create around 70 highly-skilled jobs in manufacturing and operations as it continues its expansion.

More In Rovco

related case studies

Cookies under debug

Cookies on Catapult explained

To comply with EU directives we now provide detailed information about the cookies we use. To find out more about cookies on this site, what they do and how to remove them, see our information about cookies. Click OK to continue using this site.

OK