Wind Turbine Repair Robot
Project – WindTRRO 848747 – Funded by H2020
The overall objective of the project 848747 WindTRRo is to demonstrate and document to the blade maintenance market that the robot meets the demand for safer and more efficient repairing processes and thus aims to become the new industry standard for wind turbine blade repair.
This project funded by H2020 is going to make the transition from our fully functional robot to a feature rich robot with enhanced controls as well as a well defined operational set-up ready for commercialization possible.
Wind Turbine Repair Robot
Project – WindTRRO 848747 – Funded by H2020
The overall objective of the project 848747 WinTRRo is to demonstrate and document to the blade maintenance market that the robot meets the demand for safer and more efficient repairing processes and thus aims to become the new industry standard for wind turbine blade repair.
This project funded by H2020 is going to make the transition from our fully functional robot to a feature rich robot with enhanced controls as well as a well defined operational set-up ready for commercialization possible.
Rope Robotics has invented and patented the world’s first robot for performing all the phases of wind turbine blade leading edge maintenance and repair fast and reliably without having people performing hazard task from ropes. The robot is able to do:
- Surface area inspection and documentation
- Sanding
- Cleaning
- Applying leading edge protection (LEP)
- After repair inspection and documentation
All this is done while the robot attaches itself to the blade with vacuum being remote-controlled by the robot pilot.
Have a look at our site specific videos from both ZA, DK and SE…
CONTACT US
Rope Robotics – Lokesvej 4
8230 Åbyhøj – Denmark
CVR: DK37592021
Phone: +45 53 660 900
Mail: info@roperobotics.com
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