Why should you choose us
Why should you choose us
Thanks to Acrobatica Group’s technologies and expertise, we are able to intervene in a timely, rapid and sustainable manner. In fact, we access the turbines by rope or by means of specialised aerial platforms for operations at height, without having to resort to heavy vehicles to transport large equipment, as is normally the case, and therefore reducing emissions.
To ensure effective and safe maintenance interventions, we use different access methods, based on specific needs and types of intervention. These methods allow us to guarantee flexibility and precision in all inspection, repair and maintenance operations.
Rope access
We carry out inspections, minor repairs, and application of elements on blades using ropes, for a quick and safe access.
Suspended platform access
Larger repairs are carried out using cable suspended platforms, specifically designed for accessing the blade or the tower.
Currently, our fleet includes five proprietary platforms, strategically located throughout the territory to respond promptly to every need:
- Käufer K-BP-2L – Specific for blade access
- Käufer K-WKA-C-2W-V – Specific for blade access
- Käufer WKA-U-1W – Specific for blade access
- Tractel CT5 -500 – Specific for tower access
- Power Climber BAP 360 – Tower and blade access (modular)
Suspended platform access
Larger repairs are carried out using cable suspended platforms, specifically designed for accessing the blade or the tower.
Currently, our fleet includes five proprietary platforms, strategically located throughout the territory to respond promptly to every need:
- Käufer K-BP-2L – Specific for blade access
- Käufer K-WKA-C-2W-V – Specific for blade access
- Käufer WKA-U-1W – Specific for blade access
- Tractel CT5 -500 – Specific for tower access
- Power Climber BAP 360 – Tower and blade access (modular)
Access with basket/crane
If the turbine access requirements or the urgent nature of the job do not allow the use of a platform, we can also intervene by hiring heavy duty vehicles locally. This solution is adopted when the conditions or operational needs require a different approach, while still guaranteeing the possibility of a timely and safe intervention.