Our Core

R&D and applied robotics development for wind farm maintenance

Improving the wind

Engineering and robotics at the service of the wind power industry

Our mission

Engineering and robotics at the service of the wind power industry

1. Data collection

High tech robotics
Data collection quality in the field
Qualified technicians

2. Data processing

Own development software
Image stitching
Data treatment
Automatic damage recognition

3. Data analysis

Independant expert technicians analyze and asses damages
Recommendations
Statistics of your assets damages
Compare the results obtained season by season

4. Report download

Online access to all inspection data
Download all the information from anyware (reports, summaries, damages images, statistics, etc.)

Engineering and robotics

at the service of the wind power industry

Made up of engineers from the renewable energy and robotics industries, TSR Wind is a Spanish engineering firm specialised in developing innovative solutions for wind turbine maintenance that has transformed the wind power industry with its magnetic robots..

More about TSR Wind

TSR Wind began its journey in 2008 thanks to Jose Antonio Casanova, our honorary president and tireless engineer who did not stop until he turn into a true his ideas to provide robotic solutions to the wind industry, reducing the risk for employees and optimizing costs.

In 2017, with a lot of effort and a very few people, it finally became a reality and the first external blade inspections with the magnetic robot EOLOS began to be carried out. In 2018 the company began to grow, reaching great successes and continuing with new developments such as the CERBERUS robot, for internal blade inspection, which was marketed in 2019, a year of great growth in the services provided for internal and external blade inspections, reaching 2.000 wtgs inspected.

TSR Wind’s activity does not stop, and it is constantly researching and developing new products and services demanded by the wind industry.

Services

The objective of TSR is to optimise and fully leverage wind turbine maintenance using technology and robotics, also eliminating the risk of accidents inherent to the wind power industry.

Services

Inspected wind turbines

Damages found

Countries

External blade inspection with EOLOS robot

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Internal blade inspection with CERBERUS robot

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Web platform TSR Inspector for clients

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EOLOS

High-definition photographic inspection of the blades

CERBERUS

Internal blade inspection

KRATOS

Ultrasonic weld inspection

ARGOS

Cleaning the exterior of towers and blades

TSR Inspector

All your wind turbine data in a web platform, TSR INSPECTOR, which offers our clients a service with a seal of quality and independence in the inspection.

OWN DEVELOPMENT SOFTWARE

Developed in collaboration with UPM
Image stitching. Full blade
Automatic damage recognition

ONLINE INSPECTION

All inspection data storaged
Damage measurements, location and comments
Possibility to analyze the inspection repeatedly
Expert technicians analyze and assess damages
• Recommendations

DATA

All your asset inspections in a single platform
Automatic statistics of your assets damages
Online access to all inspection data
Download all the information from anywhere (reports, summaries, damage images, statistics, etc.)
Compare the results obtained season by season

Our focus

Increase the inspections quality and systematize data collection.

Reduce the risk for workers.

Optimize costs and inspection time.

To become an independent asset inspection reference company.

Services

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Breaking news

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Inspección completa de palas, máxima precisión del estado exterior e interior de las palas

Jul 30, 2021

TSR Wind se consolida en el mercado eólico como líder en inspección de palas, ofreciendo un servicio único y completo de inspección exterior e interior de palas mediante sus robots EOLOS y CERBERUS, proporcionando al cliente la máxima información del estado de sus palas, con una precisión y calidad de imagen disponible en su plataforma web TSR Inspector y accesible en cualquier dispositivo electrónico.