Photogrammetric Data Production
Point clouds, orthophotos, digital terrain models, digital surface models, and mesh models can be generated from raw aerial photographs captured by drones. These data provide high accuracy and can be effectively utilized in mapping, analysis, and engineering projects.
Project Templates
In Dronet, you can initiate data production processes tailored to your needs by selecting one of the various template types via the “Create New Project” function. Once a new project is created, you can generate the relevant data by choosing from advanced, 2D, or 3D template options. Rapid orthophoto production can also be carried out as part of this process.
Photo and EXIF Management
EXIF data from the photos is automatically read, and X, Y, and Z coordinates, along with orientation parameters, are integrated into the system. RTK-supported flight data can be viewed, and positional accuracy can be further enhanced by loading data from an external file.
Point Cloud and Mesh Management
The generated point cloud and mesh data can be used for various analyses and exported in different formats (.las, .laz, .obj, .glb, .dxf). By removing unwanted objects from the mesh model, volume analyses that accurately reflect the natural terrain structure can be performed.
Flight Screen
On the flight screen, data in DXF, KML, and KMZ formats can be imported and exported. Created flight plans can be saved in KML or KMZ format. This enables flight plan data to be supported across different formats and facilitates data exchange with external systems. Using this screen, model generation can be performed for the selected area.
CAD Integration and Layer Management
CAD drawings can be integrated into the project and edited. Operations such as setting intermediate elevations, adding vertices, and changing colors can be performed. Layers can be exported in .dxf format, enabling data exchange with various engineering software applications.
Analysis and Comparison Tools
It offers comprehensive analysis tools such as elevation profiling, volume calculation, raster comparison, and slope map generation. Changes occurring over time can be easily monitored and reported, providing robust decision support for engineering projects.
Dronet Quality Report
The quality report generated by Dronet presents the results of the photogrammetric production process to the user in a clear and comprehensive manner. All key information—ranging from orthophotos and elevation models of the project area to photo usage rates and positional accuracy indicators—is consolidated within the report.
