The in-house entirely developed workflow allows us unparalleled quality and competitiveness
The quality of our products derives from our decades of experience and cutting-edge technologies
Even once the work is completed, we support our clients for any need
Aeronike
Aeronike is an aeronautical company based in Sardinia, active since 1966 in the national market of photogrammetric aerial surveys. Always characterized by its pioneering and innovative spirit, in the last decade it has established itself in the European and international scene, promoting its values of efficiency, quality and safety, guaranteed by constantly renewed certifications.
Aeronike continues to distinguish itself for its constant commitment to technological innovation which, combined with specialized skills and an interdisciplinary approach, makes it possible to create 3D datasets (Digital Twins) of the highest level of detail. Thanks to an entirely in-house workflow, we have full control of every production phase, ensuring unique standars of quality and competitiveness.
Learn More4 products - one single processing
avoid 90%
of site inspections
perfect measurements
compatible with all GIS
all elevations
compatible with all GIS
for integration in CAD design
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Our latest projects
Integrated aerial photogrammetric + LiDAR survey. For the construction of a purification plant, a cartographic survey of the territory with a high-detail DTM was requested. We delivered all the classic cartographic products (DWG, DBT, TrueOrthoimage and point cloud) together with a Digital Twin accompanied by 3D software for use.
The entire municipal area of Rome (approx. 1285 km²) was surveyed at a GSD of 5.5 cm with our oblique camera system. A TrueOrthoimage and a very high-detail DSM were created from the nadiral and oblique images. The 3D reconstruction of the entire territory is currently being completed with a view to integration into a Digital Twin of the municipality of Rome.
An aerial photogrammetric survey with oblique cameras was carried out, from which a TrueOrthoimage and a high-detail 3D model were obtained, used as a base for the Genoa SIT and future Digital Twin applications.
our software solutions