Georeferenced Data

Bring your site into a digital environment with maps and models tied to the project's coordinate system.

Site Coverage

Capture extensive areas with planned UAV flights to build an up-to-date data foundation for field operations.

Repeatable Surveys

Compare data collected on different dates to monitor site progress and changes in the surface.

GIS Integration

Evaluate maps and measurement results alongside your existing geographic information systems.

Mapping Deliverables

Geospatial data
for informed decisions

Orthophoto Maps

We combine geometrically corrected aerial images into a single map to provide a base layer for site planning, asset tracking and measurement.

Point Clouds and 3D Models

Photogrammetric point clouds and textured 3D models make it possible to inspect terrain, structures and facilities in a digital environment.

Surface and Terrain Models

Digital surface models (DSM) support elevation and slope analysis. Digital terrain models (DTM) are produced where suitable data and ground classification are available.

GIS Analysis and Measurement

We support area, distance and volume measurements, as well as change analysis across survey dates. Delivery formats are agreed to suit your GIS and CAD workflow.

Our Mapping Workflow

Example 3D terrain model reconstructed from UAV imagery

1. Requirements and Flight Planning

We define site boundaries, intended use, target ground sampling distance (GSD), coordinate system and deliverables together.

2. Field Data Collection

Image overlap and flight plans are tailored to the project. Ground control points and independent check measurements are planned where required by the accuracy target.

Example NDVI geospatial layer on an orthophoto

3. Photogrammetric Processing and Quality Checks

Images are processed into orthophotos, point clouds and the elevation models included in the project scope. Coverage, data gaps and accuracy against reference measurements are checked.

4. Delivery and GIS Use

Delivery options such as GeoTIFF, LAS/LAZ and vector data are agreed at the start. Data is prepared for map layers, measurements and repeat site comparisons.

Resolution and positional accuracy depend on the sensor, flight conditions and reference measurements. Targets are site-specific, not a fixed accuracy guarantee.

Applications

Construction progress monitoring, infrastructure and facility inventories, mine and stockpile volume measurements, energy site planning and terrain change analysis.