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LiDAR Data Access


The Department of Resources has an ongoing LiDAR capture program. Data is made available for purchase, and data out of licence is made available for free to download.

LiDAR > 3 years old is available for free download in ELVIS Portal
LiDAR < 3 years old needs to be purchased - see Digital topographic data >Data and products for prices.

LiDAR Type Format Links
Point Cloud LAS file - AHD Free in ELVIS
LAS file - Ellipsoid Purchase Imagery and LiDAR form
Derived Products
DEM (Digital Elevation Model) tiff Free in ELVIS
DEM SRTM-derived 1 second Web services - WCS & WMS Free in ELVIS
DEM 5m derived from LiDAR tiff Free in ELVIS
DTM (Digital Terrain Model) COG Geotif Free in ELVIS
(Ascii format) xyz Purchase Imagery and LiDAR form
(Ascii format) zgrid Purchase Imagery and LiDAR form
DSM (Digital Surface Model) COG Geotif, ngrid Purchase Imagery and LiDAR form
DSM SRTM-derived 1 second tiff Free in ELVIS
DHM (Digital Height Model) cog Purchase Imagery and LiDAR form
CHM (Canopy Height Model) Purchase Imagery and LiDAR form
Contour Data
25cm Contours shp format Purchase Imagery and LiDAR form
1m (more than 3 years old), 5m, 25m contours shp, tab, kmz, and gdb Download from QSpatial
Bathymetry Free in ELVIS

Free LiDAR Data - Older than 3 Years


Free LiDAR as a Service

Data older than 3 years can be accessed for free through the ELVIS Portal (Geoscience Australia). Follow these steps:

  1. View DEM and Point Cloud Data:
    • Click the Layers button in the top menu and check the boxes for DEM and Point Cloud data.
    • Adjust the opacity of the layers to view the base imagery in the keymap.
    • elvis point cloud
  2. Zoom to Area of Interest:
    • Zoom to your area of interest or use the ‘Location Search’.
    • elvis zoom
  3. Discover and Order Data:
    • Click ‘Order Data’.
    • Select a draw toolwand click the ‘Draw’ button
    • elvis draw
    • Draw the area in the keymap and click ‘Search’
    • elvis search
    • Expand the search results to refine the data area in the keymap
    • elvis search results
    • Check the box to select each data file, select your industry, and enter your email address
    • Click ‘Order X Dataset’. You will receive an email with the selected datasets
    • elvis search results
Free LiDAR as a Web Service

LiDAR data older than 3 years can be consumed as a web service using a GIS application. The following services are available:


LiDAR data extents in Queensland Globe

Queensland Globe allows you to visualise and identify the available LiDAR data extent, but no actual LiDAR data will be downloaded from this platform.

To find recent LiDAR data (less than 3 years old) using the Qld Globe:

  1. Add the Elevation project extents layers:
    • Once Queensland Globe is open, click on the Layers panel and click "Add layers".
    • In the search bar at the top of the Layers panel, type "LiDAR" or "Elevation".
    • lidar layer
    • Look for the Qld LIDAR tile footprints or Elevation layer under the search results. Click on it to add it to your map.
  2. Zoom to Your Area of Interest:
    • Ensure the map is zoomed in to your specific area of interest. The tile footprints will display at a scale of 1:18,056.
    • lidar layer
  3. Open the Tools Menu:
    • Click the spanner icon located at the top right corner of the keymap.
    • Choose the "Identify tool" from the options in the Tools menu.
    • lidar layer
  4. Identify the Area of Interest:
    • Click on the area of interest on the map. The LiDAR tile footprints layer will display on the left side of the keymap.
    • lidar layer
    • Click on the identified LIDAR tile footprints layer to display the tile number.
    • lidar layer lidar layer

Hillshade


A hillshade is a visual representation that simulates the effect of sunlight shining on the terrain, creating shadows and highlights to give the surface a three-dimensional appearance. Hillshades are generated from elevation data (usually from a DTM) by calculating how light would hit the surface at a specific sun angle. The result helps in visualising terrain features like slopes, valleys, and ridges more clearly.

Both the traditional and multidirectional hillshade layers in Queensland Globe are generated on-the-fly and derived from a Digital Terrain Model (DTM) using various sources, including LiDAR, Ortho DEM, and SRTM.

The Hillshade layers are not available as imagery raster files and not available for download.

Hillshade traditional
Hillshade multidirectional