LiDAR Point Cloud Solutions

Transform LiDAR Data for Effective Use in Your Spatial Systems

Point cloud datasets such as LiDAR contain a wealth of information useful in decision making - provided you can access these large files in an effective way. Fully exploit this powerful data using FME to transform it into the format, structure, and file size that allows you to use it in your preferred spatial system.

Demo: Creating a 3D model using point cloud and vector input.
Demo: Extracting LiDAR points based on colour.

Use FME to:

  • Convert point cloud data for use in practically any spatial application with support for over 325 formats - including LAS, XYZ, and ASTM E57
  • Manipulate the structure of LiDAR data to fit your system's precise data model and coordinate system requirements with a library of 400 transformation tools
  • Use LiDAR in more advanced ways - integrate with disparate 2D and 3D data to make value-added mashups that give a more complete picture
  • Share point cloud data for visualization with anyone by converting it to a more universally accessible format like 3D PDF
LiDAR dataset of a section of highway integrated with trees from Sketchup for visualization
  • Reduce LiDAR file sizes by extracting only the information you require with tools that allow you to clip, tile, thin, split and filter relevant points
Before and after FME is used to thin a LiDAR dataset of a section of highway.
  • Evaluate and classify various components of points within a dataset including colour, intensity and elevation for more advanced point cloud analysis.
Split view of a point cloud dataset before (right) and after (left) evaluation of expected flood levels and colouring of points based on the result.

Manage LiDAR Data More Productively

Instead of spending hours coding workaround solutions use FME to quickly solve LiDAR challenges with easy-to-use tools and enhanced automation. Transformations progress in the background without manual interference, freeing your time for other projects. Additionally, FME's high-speed performance levels - reading millions of points per second - ensure data is transformed in a matter of minutes, not hours.