3D Mapping with Drone — Photogrammetry and Orthophoto
Create precise 3D models, orthophotos and point clouds with RTK/GNSS positioning. For measurement, documentation and BIM integration — collected safely and efficiently from the air by EASA-certified pilots.
Why 3D mapping with drone?
Centimetre accuracy
RTK/GNSS positioning ensures georeferenced data with centimetre-level accuracy.
Photogrammetry
Overlapping aerial images are processed into detailed 3D models, orthophotos and point clouds.
Fast data collection
Large areas are mapped in hours instead of days compared to traditional ground-based surveying.
Construction documentation
Regular flights create time-series documentation showing project progress over time.
BIM-compatible
3D models and point clouds delivered in formats compatible with common BIM software.
Safe collection
No personnel need to access hazardous areas. Data is collected safely from the air.
How 3D mapping works
Planning
We define the mapping area, accuracy requirements and delivery formats together with you.
Flight & data collection
EASA-certified pilot carries out the flight with RTK/GNSS positioning, capturing overlapping images.
Processing
Images are processed into 3D models, orthophotos, point clouds and terrain models.
Delivery
You receive georeferenced data in agreed formats with a project report.
What you receive
Orthophoto
Geometrically corrected aerial image with accurate geographic coordinates (GeoTIFF).
3D model
Detailed three-dimensional model of the mapped area (OBJ, FBX).
Point cloud
Dense point cloud with colour information for detailed analysis (LAS, LAZ).
Digital terrain model
Terrain model showing elevation data for the mapped area (DTM).
Georeferenced data
All data georeferenced with centimetre accuracy using RTK/GNSS positioning.
Project report
Documentation of flight parameters, accuracy assessment and data specifications.
Frequently asked questions about 3D mapping
A technique that creates 3D models from overlapping aerial photographs. Hundreds of images are processed into accurate digital models.
A geometrically corrected aerial image where every pixel has accurate geographic coordinates. Used for measurement and mapping.
With RTK/GNSS positioning we achieve centimetre-level accuracy for georeferenced data.
Orthophoto (GeoTIFF), 3D model (OBJ, FBX), point cloud (LAS, LAZ), digital terrain model (DTM) and other formats as agreed.
From individual buildings to large construction sites and land areas. Flight planning is adapted to the project scope.
Yes, our 3D models and point clouds can be imported into common BIM software.
Data processing takes a few days depending on area size and complexity. We coordinate delivery timing for each project.
Yes, regular flights create time-series documentation showing project progress. Ideal for construction documentation.
Need precise 3D mapping?
Contact us for a free quote. We map areas across all of Sweden with centimetre accuracy.