Elevation Model ⛰

Elevation Model (DEM GeoTIFF)

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.tif · image/tiff

A digital elevation model as a single file: one-band Float32 GeoTIFF where the cell value IS the elevation in METRES above sea level — not a colour, not a shadow. The raster is clipped exactly to the area you ordered, georeferenced, written in the coordinate system you chose, and places without data (sea, a gap in coverage) are honestly marked with the NoData value. Heights come from the global Copernicus DEM GLO-30. Resolution is 30 m with a vertical accuracy of about 2–4 m: this is pre-design, tourism, visualisation and 3D — not engineering design and not a land survey. Opens in QGIS, ArcGIS, Global Mapper, Blender (as displacement), GDAL and any GIS package.

OpenStreetMap data as of 5 October 2026 · 19 days ago

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Belangrijkste functies

✓Single Float32 band: the cell value is the elevation in metres, with no palette and no rescaling
✓Clipped exactly to the ordered area — not to a degree tile and not to a map tile
✓Written in the coordinate system you choose; the frame stays put across the reprojection
✓NoData declared inside the file, so GIS never mistakes an empty cell for zero elevation
✓DEFLATE compression with a floating-point predictor and a tiled layout: a small, fast-opening file
✓The Copernicus credit is embedded in the file metadata (a license requirement) and travels with it

Over het Elevation Model-formaat

A DEM GeoTIFF is an elevation model as a single file: an ordinary GeoTIFF with one Float32 band whose cell value IS the elevation in metres above sea level. Not a colour, not a shadow, not the brightness of a picture — a number you can read, subtract and average. The raster is georeferenced, clipped exactly to the area you ordered and written in the coordinate system you chose, so it lands in its place in a GIS without manual georeferencing.

The heights come from the global Copernicus DEM GLO-30 model: about a 30 m step with a vertical accuracy of roughly 2–4 m. That is enough for pre-design assessment, tourism, visualisation and 3D — and not enough for engineering design, grading or any work held to building codes, where an instrumental survey is required. Take this format when you need the elevation numbers themselves rather than a ready picture of the terrain: hillshade and hypsometric tint are separate formats, and they are built from a raster like this one.

Cells with no elevation — open sea, a gap in coverage — carry the NoData value declared inside the file rather than zero, so a GIS shows them as empty instead of sea level. The share of such cells is stated as a number in the order warning, and if the whole area has no elevation at all, no file is produced. The Copernicus credit, a license requirement, is embedded in the file metadata and travels with it.

Welk programma opent Elevation Model-bestanden

De volgende programma's en toepassingen kunnen Elevation Model (DEM GeoTIFF)-bestanden (.tif) die uit OSM2CDR zijn geëxporteerd openen, bewerken en verwerken:

🌎QGIS 🌎ArcGIS 💻Global Mapper 💻GDAL / OGR 🎲Blender 💻Surfer

Format specifications

Wie gebruikt Elevation Model-kaarten

🏗
Downloading an elevation file for exactly your area instead of a ZIP of degree tiles
One .tif covering exactly the ordered frame — no unzipping and no mosaicking of neighbouring degree tiles.
💻
Pre-design site assessment: slopes, catchment, visibility, fitting a structure into the terrain
Slopes, catchment and visibility are computed straight from the elevation raster, at the stage where no survey exists yet.
📊
Drone flight and radio line-of-sight planning: a terrain profile between two points
A terrain profile between two points is read directly from the cell values, with ordinary GIS tools.
🎨
3D visualisation and rendering: the height map as displacement in Blender, Unreal, Unity
Float32 in metres goes into displacement with no palette fitting: the relief scale in the scene is set by numbers, not by eye.
🗺
Hydrology and analysis in QGIS/ArcGIS: fill, flow direction and slope from the elevation raster
Fill, flow direction and slope are computed by the standard QGIS and ArcGIS tools — to them this is an ordinary elevation raster.

Elevation Model exporteren

1
Gebied selecteren
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2
Elevation Model kiezen
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3
Exporteren
Klik op Exporteren en ontvang uw .tif-bestand binnen 1-5 minuten
4
Downloaden
Download het gerede Elevation Model-bestand en open het in QGIS

Openen na de export

Populaire kaarten in Elevation Model

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Ontvang Elevation Model (DEM GeoTIFF)-kaartexports

Download professionele Elevation Model-kaarten van OpenStreetMap. Directe generatie, elk gebied.

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Veelgestelde vragen

Is this the file to open in QGIS as terrain? ▼
What accuracy is it, and what is it good for? ▼
How is it different from HGT? ▼
What happens where there is no elevation — over the sea or in a coverage gap? ▼
Where do the heights come from and must the source be credited? ▼
Is this the ground height or the roofs and trees? ▼

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