Digital Terrain Model (DTM) Creation for Eider/Piep Area - 2023
Published 26 March 2026
Location
Nordfriesland, Germany
Deadline
28 April 2026
34 days remaining
Suggested bid value
~EUR 75,000
Source
bund.de
Description
This tender requires the creation of a Digital Terrain Model (DTM) for the Eider/Piep area in Nordfriesland, Germany. Practically, this involves deploying surveying teams to the field to collect raw elevation data. This data will then need to be processed using appropriate software to generate a DTM. The required deliverables will likely include the DTM itself, potentially in various formats (e.g., point cloud, raster), and associated accuracy reports. Because the data does not specify the exact area size involved, scale and complexity are uncertain but implied to be significant given the regional scope.
The tender's classification as 'general trade' coupled with the DTM focus suggests that the client may not be specifying niche requirements. However, given it is a public sector works project, contractors should anticipate standard German construction regulations (e.g., relating to environmental protection, safety standards, and data accuracy). The deadline is approximately one month from the publication date, so a rapid bid preparation process will be necessary.
Original description
This project involves creating a digital terrain model (DTM) for the Eider/Piep area. The work includes surveying and data processing to generate an accurate representation of the terrain.
Deutsch
Erstellung eines digitalen Geländemodells (DGM) für das Gebiet Eider/Piep - 2023
Dieses Projekt beinhaltet die Erstellung eines digitalen Geländemodells (DGM) für das Gebiet Eider/Piep. Die Arbeiten umfassen Vermessung und Datenverarbeitung zur Erstellung einer genauen Darstellung des Geländes.
Français
Création d'un modèle numérique de terrain (MNT) pour la zone Eider/Piep - 2023
Ce projet consiste à créer un modèle numérique de terrain (MNT) pour la zone Eider/Piep. Les travaux comprennent le levé et le traitement des données pour générer une représentation précise du terrain.