Laser pulses penetrate vegetation gaps to capture the true ground surface underneath — the method of choice for forested terrain, corridors and power-line surveys where photogrammetry alone can't see the ground.
Every flight is planned for the pulse density and classification your terrain actually needs.
Laser returns that reach the ground through vegetation gaps are classified separately to build a true bare-earth model.
Dense point clouds capture conductors, towers and vegetation encroachment along linear corridors.
Ground, vegetation and structure classes are separated automatically for direct use in your software.
A typical project runs in four stages, start to finish.
We define overlap, altitude and ground sample distance based on the site and the accuracy you need.
RTK-corrected DJI Enterprise drones fly the site, capturing the imagery or point data the method requires.
Captured data is processed into an aligned, georeferenced dataset ready for analysis.
Outputs are quality-checked and exported into the formats your software expects.
Structured, professional geodata that is seamlessly compatible with your CAD, BIM, and GIS software.
Classified point clouds — ground, vegetation and structure separated.
Bare-earth Digital Terrain Models (GeoTIFF).
Contour lines and cross-sections for corridor design.
3D models of structures and vegetation for clash detection.
We will survey a test area (up to 0.5 ha) of your current project free of charge. You will receive a point cloud or an orthomosaic to verify the data quality in your own CAD software before the project starts.
