Terrain Mapping with LIDAR & CAD

High-precision terrain models and CAD-ready data for reliable engineering and design of ground-mounted solar installations — even in complex or vegetated terrain.

Deliverables

Surface data XML - 3D
Surface data XML - 3D
RAW LIDAR data from the SD Card
RAW LIDAR data from the SD Card
CAD Model Terrain - 3D
CAD Model Terrain - 3D
Point Cloud from LIDAR - 3D
Point Cloud from LIDAR - 3D
Digital Surface Model - 2.5D
Digital Surface Model - 2.5D
Ground Control Points - 3D
Ground Control Points - 3D
Orthomosaic - 2D
Orthomosaic - 2D
360° Panorama
360° Panorama
Survey Report
Survey Report
PDF version of the DWG drawing
PDF version of the DWG drawing
Unprocessed Pictures
Unprocessed Pictures
Web Viewer
Web Viewer

The standard specifications for our terrain mapping with Lidar deliverables are 3 cm GSD resolution and 6 cm relative accuracy in XYZ. All deliverables are provided in formats compatible with standard inspection, reporting and asset management workflows.

Pricing

Area Est. Price
0.1 ha € 3,500 min.
0.5 ha € 3,500 min.
1.0 ha € 3,500 min.
3.0 ha € 3,500 min.
5.0 ha € 3,500 min.
10.0 ha € 3,500 min.
50.0 ha € 3,500 min.

All-inclusive. Exact price depends on location and terrain.

About this insight

Planning ground-mounted PV installations on complex or vegetated terrain often requires highly accurate elevation data. Standard surface surveys or photogrammetry may not fully capture the underlying ground where vegetation or irregular terrain is present. Terrain mapping with LiDAR solves this by capturing high-density elevation data that penetrates vegetation and produces reliable bare-earth terrain models. The result is precise, engineering-ready data that design teams can use immediately for layout planning, earthworks estimation and project development.

Typical use cases

Ground-mounted solar installations in vegetated or complex terrain Projects requiring high-accuracy terrain models for engineering and earthworks Sites where reliable bare-earth models are required Detailed terrain analysis for solar design and infrastructure planning