Aerial photogrammetry
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Aerial photogrammetry is a modern technique for acquiring images by means of a drone equipped with a precise positioning system and high-resolution rgb cameras, which can be successfully processed into photomaps and used for situational measurements. As a result of the processing and proper fitting of the obtained photographic image, an orthophotomap is obtained, i.e. a map/photograph with a standardised scale, in the assumed coordinate system, represented by an aerial image.
The Foundation uses the latest unmanned aerial measurement and visualisation platforms (Matrice 300 RTK drone with interchangeable components, i.e. the latest unmanned measurement and visualisation platforms (Matrice 300 RTK drone with interchangeable components, i.e. Zenmuse H20 night-vision cameras, Zenmuse P1 for aerial photogrammetry, Zenmuse L1 for aerial scanning and MicaSense multispectral camera, dedicated software for processing data from the drone and a powerful workstation for 2D/3D graphics processing), which ensures the comprehensiveness of the measures taken in the field of monument protection, including extensive palace and park layouts.
Using the above-mentioned tools and aerophotogrammetric techniques, the foundation pursues its statutory objectives, including:
- Digital and ongoing monitoring of changes in the metrological parameters of architecture within the boundaries of the park/castle/palace complex in historical terms (HBIM);
- Digital and ongoing monitoring of changes in the environmental parameters of vegetation within the boundaries of the park and castle/palace complex in historical perspective (HBIM).
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