True Orthophoto / Orthophoto

Orthophotos provide scale aerial images. True orthophotos go further: They avoid areas with no view and show buildings realistically, without distortion.

Services True Orthophoto / Orthophoto at a glance

  • Corrected and scale image
  • Four-channel image (RGB + Infrared)
  • Resolution up to 2 cm
  • Added value of True Orthophoto:
    • Flights with increased image coverage (80%/60%)
    • No blind spots
    • Derivation of surface models (DSM)

Applications of True Orthophoto / Orthophoto

  • Background information in the GIS
  • Planning basis
  • Basis for cadastres (outdoor area, tree, street cadastres, etc.)
  • Online city maps
  • Topography recording
  • Municipal applications
  • Urban planning
  • Automated analyses (e.g. single tree segmentation)
  • Disaster relief (e.g. flood prevention)
True Orthophoto / Orthophoto


Precise geodata for your project?


Contact us – we will advise you individually and develop the right solution.
Inquire now.

TÜV ProfiCert

Orthophoto/True Orthophoto in detail

Orthophotos are created by correcting the distortion of aerial photographs. This combines the geometric accuracy of a map with the level of detail of a photograph. They are ideally suited for planning purposes, cadastral surveys, and GIS applications.

The crucial difference lies in True Orthophoto: While in classic orthophotos prominent objects like houses, trees, or bridges can appear tilted in the image, they are displayed correctly in True Orthophotos. This is achieved through significantly higher image coverage (80%/60%) and calculations based on precise surface models (DSM).

This eliminates areas with no visibility, creating a continuous, seamless image of the Earth's surface – even in densely built-up urban areas or complex infrastructure zones. True orthophotos thus provide a particularly realistic basis for analysis, planning, and simulations.
Our references

Selected examples of our work

Free Hanseatic City of Bremen

In 2025, we surveyed 480 km² for the Free Hanseatic City of Bremen and created true orthophotos, DSM, oblique images and a 3D mesh.

Mainova

In spring 2025, we conducted aerial surveys of Mainova's 2,535 km² service area, creating a surface model and true orthophotos. For the city of Frankfurt, we performed oblique aerial surveys and derived a 3D mesh

Hainich National Park in Thuringia

Survey of the 75 km² forest area for the analysis of current forest damage and the documentation of changes in forest structures within the protected area.