- Capella’s satellites offer high-quality, very high resolution (VHR) SAR imagery. GEC is a geocoded product flattened to a single elevation to reduce visual distortions. This is analysis-ready, though it also contains layover and foreshortening. Great for visual interpretation.
- Capella’s satellites offer high-quality, very high resolution (VHR) SAR imagery. GEO is the calibrated image. Geocoded and terrain corrected using DEM to improve geolocation accuracy beyond what is achievable with ellipsoid. Ready for analysis image for GIS software in WGS84
- Capella’s satellites offer high-quality, very high resolution (VHR) SAR imagery. Range-compressed and focused single-look SAR image presented slant range SAR geometry in SICD format. It is recommended for advanced users for all types of analysis. It requires geometric and radiometric adjustment. The data format ensures better compatibility with specific processing software.
- Capella’s satellites offer high-quality, very high resolution (VHR) SAR imagery. Range-compressed and focused single-look SAR image presented slant range SAR geometry. It is recommended for advanced users for all types of analysis. It requires geometric and radiometric adjustment.
- A combined Digital Terrain Model (DTM) and Digital Surface Model (DSM) 3D datasets by Intermap. It provides seamless data at a 10-meter resolution, enabling precise spatial analysis. The DTM describes elevations of bare earth, with surface features such as buildings, vegetation, and other infrastructure removed. The DSM contains elevations of natural terrain, including vegetation and constructed features, such as buildings and roads. The collection is available in Canada, the Middle East, the Democratic Republic of the Congo, Indonesia, and other regions globally.
- A 3D Digital Surface Model (DSM) dataset by Intermap. It provides seamless data at a 10-meter resolution, enabling precise spatial analysis. The DSM contains elevations of natural terrain, including vegetation and constructed features, such as buildings and roads. The collection is available globally.
- A 3D Digital Terrain Model (DTM) dataset by Intermap. It provides seamless data at a 10-meter resolution, enabling precise spatial analysis. The DTM describes elevations of bare earth, with surface features such as buildings, vegetation, and other infrastructure removed. The collection is available globally.
- A combined Digital Terrain Model (DTM) and Digital Surface Model (DSM) 3D datasets by Intermap. It provides seamless data at a 6-meter resolution, enabling precise spatial analysis. The DTM describes elevations of bare earth, with surface features such as buildings, vegetation, and other infrastructure removed. The DSM contains elevations of natural terrain, including vegetation and constructed features, such as buildings and roads. The collection is available in the eastern part of Europe and over large cities globally.
- A 3D Digital Surface Model (DSM) dataset by Intermap. It provides seamless data at a 6-meter resolution, enabling precise spatial analysis. The DSM contains elevations of natural terrain, including vegetation and constructed features, such as buildings and roads. The collection is available globally.
- A 3D Digital Terrain Model (DTM) dataset by Intermap. It provides seamless data at a 6-meter resolution, enabling precise spatial analysis. The DTM describes elevations of bare earth, with surface features such as buildings, vegetation, and other infrastructure removed. The collection is available in the eastern part of Europe and over large cities globally.
- A combined Digital Terrain Model (DTM) and Digital Surface Model (DSM) 3D datasets by Intermap. It provides seamless data at a 1-meter resolution, enabling precise spatial analysis. The DTM describes elevations of bare earth, with surface features such as buildings, vegetation, and other infrastructure removed. The DSM contains elevations of natural terrain, including vegetation and constructed features, such as buildings and roads. The collection is available in the USA, Germany, France, Indonesia, and Malaysia.
- A 3D Digital Surface Model (DSM) dataset by Intermap. It provides seamless data at a 1-meter resolution, enabling precise spatial analysis. The DSM contains elevations of natural terrain, including vegetation and constructed features, such as buildings and roads. The collection is available in the USA, Germany, France, Indonesia, Malaysia, and across urban areas in India.
- A 3D Digital Terrain Model (DTM) dataset by Intermap. It provides seamless data at a 1-meter resolution, enabling precise spatial analysis. The DTM describes elevations of bare earth, with surface features such as buildings, vegetation, and other infrastructure removed. The collection is available in the USA, Germany, France, Indonesia, and Malaysia.
- Analytics-ready, 30cm high-resolution stratospheric images captured from sub-daily flights.
- Very high-resolution 50cm Pléiades images acquired daily on a global basis. The datasets are available starting from 2012.
- Very high-resolution 30cm Pléiades Neo images acquired bidaily on a global basis. The datasets are available starting from November 2021.
- High-resolution 1.5m SPOT images acquired daily on a global basis. The datasets are available starting from 2012.
- The 21AT TripleSat Constellation consists of three identical high-resolution satellites, providing 0.8m PAN and 3.2m MS imaging capabilities.
- The WorldDEM Neo Digital Surface Model (DSM) is based on the combination of TerraSAR-X / TanDEM-X change raw DEM data acquired and processed by the German Space Agency (DLR) and the WorldDEM product. The grid spacing is approximately 5m. The collection is available globally. The time range for the acquisitions is 2017-2021 for the change raw DEM scenes and 2010-2015 for the WorldDEM coverage.