This AHN4 airborne LiDAR point cloud tile 37EN1 10 offers high-precision elevation data for the Netherlands in LAZ format. The dataset comprises a specific subtile from the fourth Actueel Hoogtebestand Nederland (AHN4) national elevation survey. As an airborne LiDAR acquisition, it provides dense point-cloud data capturing terrain, vegetation, and built structures within the 37EN1 10 coordinate boundary. The file is structured for professional geospatial analysis, offering high-density spatial information suitable for generating digital elevation models (DEM) or digital surface models (DSM). This raw point cloud data is essential for accurate topographical assessment, flood modeling, and urban planning workflows where precise ground level and canopy height measurements are required by engineers and surveyors.

The download is a 83 MB file containing .LAZ files.

Professionals typically ingest this LAZ file into GIS software such as QGIS or ArcGIS, or point-cloud processing tools like CloudCompare. Users should define the appropriate coordinate reference system to ensure correct spatial alignment with other project layers. Once loaded, the point cloud can be filtered to classify ground versus non-ground points, enabling the extraction of contour lines or the creation of terrain meshes for integration into BIM or CAD environments for site analysis and master planning.

This dataset is primarily used in civil engineering, urban planning, and environmental management projects across the Netherlands. It serves as a foundational asset during the early site feasibility and master planning stages, providing the necessary topographical context for large-scale infrastructure developments or architectural site studies. Professionals often pair this data with satellite imagery or vector mapping to build comprehensive site models. It is frequently searched for by specialists requiring accurate, high-resolution elevation data for regional analysis and land-use planning.