Eurosense is one of the leading aerial surveying, remote sensing and geo-data companies in Europe, with headquarters in Belgium. The group was created in 1964 and has offices in Belgium, The Netherlands, Germany, France, Hungary, Slovakia, Poland, Bulgaria and Romania. Specialties of Eurosense include: high resolution photogrammetric imagery (up to 2 cm GSD), true orthophotos, aerial LiDAR, 3D-modeling, aerial thermography, change detection, trees inventory and health analysis, GIS-consultancy, and other geo-related queries. Customers are both public (government) and private (such as architecture, construction, engineering, telecommunication, utility and solar industries).
Eurosense offers high quality geographical information, derived from two remote sensing sources, being spaceborne and airborne. All data is processed and interpreted by Eurosense in order to meet high standards for quality, precision and reliability. Eurosense is constantly developing knowledge to respond quickly to new technologies on the market.
Eurosense has built a strong reputation in the acquisition of aerial imagery and LiDAR measurements. On top of that, Eurosense also produces other value-added products such as land cover classifications, 3D city models, object detection maps, and so on. Thermography and tree health assessments are other important focus areas of Eurosense. Eurosense works with both aerial and satellite imagery.
Eurosense acquires geo data from scratch with its company-owned fleet of aircraft, and state-of-the-art sensors (photogrammetric cameras, LiDAR scanners and thermographic cameras) . With the latest software and own hardware, the team of skilled engineers and operators process this raw geo data into useful, value-added products.
YEARS OF EXPERIENCE
In April 2021, Eurosense acquired a high point density (30 points/sq m) LiDAR dataset over the UNESCO World Heritage Sites of Budapest.
What is unique here, is the high point density on the facades of the buildings. This is thanks to the special construction of the Riegl VQ-1560-II dual channel laser scanner. The two channels are turned by +14 and -14 degrees from the direction perpendicular to the flight direction. This gives ±8-degree tilt effect at the edge of the scan lines.
We are proud to share some screenshots of this LiDAR dataset!
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