▶ From sky to field

Mapping

Large areas.
Centimetre accuracy.

We scan terrain with high-resolution cameras and LIDAR and deliver precise, GIS-ready spatial data.

DJI Matrice 400Zenmuse P1Zenmuse L3Matrice 4E

Fast, precise, cost-effective.

Faster than traditional surveying, with minimal labour.

The drone captures the site; images merge into an orthophoto and 3D model
Drone mapping

The most precise digital map of your site.

The drone scans the site with hundreds of overlapping photos, which become an orthophoto map, a digital surface model and a measurable 3D model.

Result: centimetre-accurate orthophotos, slope maps, volume and area measurements — far faster than traditional surveying.

Discuss your project
Platform

DJI Matrice 400

  • Flight time up to 59 min
  • Payload 6 kg
  • Protection IP55
  • Obstacles 360° LIDAR + radar
Photogrammetry

Zenmuse P1

  • Sensor 45 MP full frame
  • Lens 24 / 35 / 50 mm
  • Horizontal 3 cm
  • Vertical 5 cm
LIDAR

Zenmuse L3

  • Range up to 950 m
  • Returns up to 16
  • RGB 2 × 100 MP
  • Accuracy 3 cm @120 m
Compact mapping

DJI Matrice 4E

  • Wide camera 20 MP, mechanical
  • Tele 48 MP × 2
  • Flight time up to 49 min
  • Per flight ~2 km² (5 cm GSD)
LIDAR beams pass through the forest canopy to measure the ground
LIDAR mapping · Zenmuse L3

The true ground beneath the canopy.

  • The method of choice when you need to see the true ground beneath tree cover.
  • Multiple returns — the laser pulse passes between leaves; up to 16 returns are recorded per pulse.
  • Result — dense point cloud, digital terrain model (DTM) and surface model (DSM).
  • Where? — forested land, road and line corridors, drainage and erosion analysis.
Orthophoto, point cloud, 3D model and vector layers in one GIS database
Geographic information system (GIS)

Measured data becomes living information in your own system.

  • We turn raw geographic data into a queryable database that meets your organisation's standard.
  • Layers — orthophoto, digital surface model, point cloud, 3D building model and vector data.
  • Formats — LAS/LAZ, GeoTIFF, SHP, DWG/DXF, KML/KMZ.
  • Integration — works directly with your existing GIS and engineering software.
Measuring the underwater terrain with sonar
Bathymetric mapping

A map of the terrain beneath the water surface.

  • The underwater bed is measured with sonar (echo sounder) and merged with the drone map into a single model.
  • Where? — reservoirs, lakes, ports, canals and dams.
  • Result — depth maps, isobaths, sediment and volume calculations.
Matrice 400 + Zenmuse P1

Orthophoto map

45 MP full-frame sensor; 3 cm horizontal, 5 cm vertical accuracy.

Matrice 4E

3D model

Measurable 3D replicas of sites, buildings and facilities from oblique capture.

Slope map

Terrain, slope and water-flow analysis.

Survey report

Documented area, volume and distance measurements.

From flight plan to orthophotoSoftware

From flight plan to orthophoto

Mapping task, result and comparison — on one screen.

3D model of a solar plant3D model

3D model of a solar plant

A measurable model from photogrammetry.

The most realistic digital replicas.3D modelling

The most realistic digital replicas.

Measurable 3D models of construction, mining and infrastructure sites — for planning and presentations.

See digital twin →
Sectors

Who is it for?

  • Agriculture — land surveying, planning, drainage analysis
  • Construction — project planning and progress monitoring
  • Mining — volume calculations and site monitoring
  • Infrastructure — road, line and facility maps
  • Water management — reservoir and canal bathymetry
  • Environment — monitoring land changes
Application

Mapping request

Tell us about your site and goals — we'll choose the right solution together.