Thanks to the RPA it is possible to reach locations of difficult access or high risk. UMILES Group performs real-time infrastructure inspections and reviews such as: pillars, beams, metallic and reinforced concrete structures, facade building, etc. 

RPAS technology in the agricultural sector for crop control.

One of the most important sectors in Spain. The purpose is to optimize resources and save costs, so we have the support of a large group of professionals such as agricultural engineers, topographical engineers, RPA pilots, etc. 

With our technology we help you optimize your thermographic inspections in photovoltaic farms with their corresponding analysis. Thanks to our team, we carry out exhaustive flight area planning processes, authorization management, thermal and visual inspection of the PV plant, data processing and technical report generation.

Wind farms are exposed to extreme weather changes and this can cause great wear and tear on the entire structure. The visual and thermographic inspection of wind turbines helps to carry out exhaustive studies of their condition. Throughout the whole process we manage authorizations, data processing, as well as the generation of technical reports and results.

Currently the correct and regulatory vision of power grids is essential to be able to visualize in detail all the anomalies that may exist throughout the process. The work methodology is based on performing an exhaustive inspection with RPA, using RGB and thermographic sensors.

Drones play an essential role in helping and locating problems, such as leak detection using aerial photographs to assess leaks.

RPAs, together with other aerial systems, such as airplanes and satellites, have provided multiple advantages over traditional methodologies, revolutionizing the application of photogrammetry. We have a group of highly qualified technicians and experts with more than 15 years of experience in the sector.

We offer solutions for 3D, 2D and topography documentation. We perform 360º scans with which we obtain millions of points per second. The result is a point cloud of the area or object of study, with which we obtain a 3D model, on which measurements, plans, sections, etc. can be made.