inspection drone

• Photovoltaic inspections with thermographic and visual analysis to detect hotspots, faulty strings, and damaged panels.
• Inspection of wind farms to identify wear, micro-fractures, and anomalies on blades, towers, and mechanical components.
• Monitoring of power lines to identify overheating, dispersion, vegetation interference, and structural criticalities.
• Verification of gas networks and oil pipelines to detect leaks, weak points, or environmental risks along the route.
• Reduction of risks for personnel by avoiding access at height or in areas that are difficult to reach.

• High-resolution inspections of construction sites and structures (roofs, chimneys, cladding) with thermographic analysis to identify structural criticalities in advance in a safe and economical way.
• Area and volume surveys using optical sensors and LiDAR, with the generation of 2D models for GIS software and 3D models for BIM flows.
• Monitoring and surveillance of construction sites, mines, and infrastructure to assess risks, improve operational safety, and support design decisions based on accurate data.

In the CleanFly project, Aermatica3D has studied and implemented a flying proximity system for cleaning and weeding vertical walls with drones, such as ancient walls and facades of prestigious buildings such as ancient palaces. In particular, drones are used to carry out:

• cleaning of buildings and windows that are difficult to access
• weeding and cleaning of ancient walls

As part of the CleanFly project, Aermatica3D has proposed a technological solution that makes this type of treatment possible at low cost, without impacting the environment and without danger to operators.