Live webinar: Aerial LiDAR to AI-CAD on Nov 17th
Turn aerial and drone LiDAR into CAD linework.
Draft planimetrics and overhead wires with AI-assisted feature extraction. Deliver at centimeter-level accuracy, with Mach9 speed.
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“Most of our LiDAR is aerial. So before we chose Mach9, we needed to know that it handled it well. That first data set was impressive enough that we made the commitment. It’s come a long way since then.”
Thomas Tucker
Survey Project Manager, Welch Comer
“Before Mach9, we wouldn’t touch a 3,000-acre project because we couldn’t compete on price with stereo mapping. Now we can deliver the quality Langan is known for at a competitive price, on much larger projects.”
Russell Hall
Senior Survey Project Manager, Langan Engineering
“You have to sit there with the instrument and measure points on each wire. Now we just fly it with the drone, throw it into Mach9, and get our lines for all these power lines. That’s orders of magnitude more efficient than traditional methods.”
Chris Gilling
Division Manager, Laser Scanning, McElhanney
You fly and process your data the way you do today. Mach9 takes in your point cloud and exports linework to your specifications.
Mach9 is sensor agnostic and works with data from GeoCue, YellowScan, Phoenix LiDAR, RIEGL, Leica, DJI and other drone and aerial LiDAR systems.
Georeferenced LAS or LAZ, plus an optional GeoTIFF orthophoto.
DXF, DWG, Shapefile, Geodatabase, CSV or Field-to-Finish CSV, to your specifications.
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Get building outlines, roadway linework, tree lines and other top-down features automatically drafted from aerial LiDAR and orthophotos, as editable linework.
With Mach9, firms run projects like these 10x faster per technician.
Building outlines, tree lines and other planimetric features for site and design work.
Planimetric linework for base mapping, exported to your CAD or GIS format.
Overhead and guy wires as 3D linework, ready to review span by span.
No. You fly and process your data the way you do today. Mach9 starts from your georeferenced point cloud. It doesn’t plan flights, process trajectories or PPK, or register data.
Georeferenced aerial LiDAR as LAS or LAZ, plus an optional GeoTIFF orthophoto. Aim for at least 100 points per square meter; 400 or more is best. More in our drone point density guide.
Building outlines, tree lines and other planimetric features, plus overhead and guy wires.
No. Mach9 classifies your point cloud at upload.
Yes. Every line stays editable with CAD tools before you export.
DXF and DWG linework, Shapefile, Geodatabase, CSV and Field-to-Finish CSV.
Mach9 shaves weeks and weeks off extraction on our civil corridor projects. We can fly through vertices and line work in 3D — half our data is already done before we start verifying.”
A recurring theme in the civil engineering industry is how difficult it is to find trained technicians. Mach9 enables us to do 50% more work with the same experienced team. That's extremely important for us.”
Mach9 changed how our team works. The time we used to spend on manual feature extraction, we now spend on parts that require expert judgment, like resolving edge-case geometry.”
With Mach9, we now have a state-of-the-art feature extraction workflow. Instead of spending hours tracing objects in a point cloud, we directly review Mach9's AI-generated assets.”
One of the best things about Mach9 is that you get immediate value without any learning curve. The feature extraction is super accurate, and you go from point mapping to a design-grade deliverable seamlessly.”
The ability to perform full QA in a single interface, without jumping between systems, has transformed how we approach statewide inventories. Mach9 brought consistency and confidence to our data workflows.”
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