Mapping and Inspection
Aerial mapping represents a fundamental technology for several sectors, offering unique perspectives and precise information that would be impossible to obtain from the ground. With the help of drones equipped with advanced imaging technologies, it is possible to capture detailed data over large areas quickly and efficiently.
Digital terrain models
Aerial mapping is particularly crucial for monitoring environmental evolution, as well as evaluating infrastructure and carrying out urban planning. We can carry out detailed topographic surveys, plan road routes, identify geological risks, map areas of urban expansion and evaluate the distribution of infrastructure with great precision. They are essential for creating flood maps.
Facility inspection
In infrastructure inspection, aerial means are particularly useful in;
- Analysis of solar panels, identifying improperly functioning cells
- Inspection of power transmission lines, detecting overload points or defects
- Checking thermal insulation in buildings
- Assessment of industrial structures to identify leaks or abnormal hot spots
- Predictive maintenance in industrial equipment
Supervision of construction and extractive industry
When checking construction quality, it is possible:
- Photographic and video recording of all construction stages
- Creating detailed reports with high-resolution images
- Production of evidence for inspection processes
- Accounting for equipment, materials and productivity analysis of works
- Early detection of wear or structural problems
NVDI analysys of plantations and green parks
In the field of agriculture, aerial mapping has revolutionized the concept of precision agriculture. Using high-resolution images and spectral sensors, it is possible to assess the health of crops, identify areas with water stress, monitor crop development and optimize the use of resources such as water and fertilizers. They also allow you to identify areas of deforestation, monitor fires and analyze environmental impacts. It is possible to study vegetation patterns, fauna movements, climate changes and landscape dynamics with unprecedented precision.