3D Scanning (UAV & SLAM – NavVis)
Sk Consulting Engineers - Surveying Engineer NTUA - MSc in Geoinformatics NTUA - Agronomist - Ioannina
SK Consulting Engineers is a pioneer in the field of mapping, utilizing advanced 3D scanning technologies to digitally represent buildings, projects and land with unparalleled accuracy. Using UAV LiDAR, photogrammetry and portable SLAM scanners, we create complete digital twins, ideal for studies, as-built mapping, renovations, technical assessments and infrastructure projects.
Aerial Drone Scanning (UAV LiDAR / Photogrammetry)
We use advanced UAVs equipped with LiDAR scanners and high-resolution cameras to quickly and accurately map large areas.
Aerial scanning:
- dramatically reduces field time
- covers difficult or extensive areas
- provides exceptional data density and accuracy
- “pierces” vegetation via LiDAR, returning clear elevation data
In areas with irregular terrain or dense planting, UAV LiDAR collects millions of measurements per flight, offering data much more reliable than traditional methods.
Mobile Scanning with Portable SLAM Scanner (NavVis VLX)
We have a portable 3D scanning system using SLAM technology, such as the NavVis VLX, one of the most modern mobile laser scanners in the world.
The operator moves around the space — in indoor environments, industrial facilities, warehouses, office buildings or areas with limited access — and the device records:
- 360° geometry
- Centimetric accuracy
- Full spatial information in real time
The result is an extremely dense point cloud, which captures every detail: walls, equipment, installations, curved surfaces, machines, etc.
Thus, we create an accurate 3D model of the space, from which we can measure everything – without repeated autopsies.
3D Data Delivery & Utilization
The data we collect is transformed into integrated and fully usable deliverables:
- color point clouds
- 3D models compatible with CAD / BIM
- high-resolution orthophotos
- plans, elevations and sections extracted from scanning
- as-built renderings
- digital twins
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