phoneBuilt for professional land surveys, infrastructure planning, mining operations, construction mapping and GIS projects.
“High-precision aerial mapping platform for survey-grade imagery, terrain measurement and accurate geospatial data.”
“Advanced aerial LiDAR platform built for dense vegetation surveys, 3D terrain modelling and detailed point-cloud capture.”
Built for professional land surveys, infrastructure planning, mining operations, construction mapping and GIS projects. High-resolution aerial imagery, RTK/PPK positioning and LiDAR capture help create reliable survey datasets with reduced dependence on traditional ground control workflows.
| Positioning | RTK / PPK GNSS with centimetre-level survey accuracy |
| Survey Camera | 45MP full-frame mechanical global shutter |
| Mapping Coverage | Up to approximately 3.5 sq km per flight |
| Ground Sampling | Fine-resolution aerial mapping suitable for detailed survey outputs |
| LiDAR Mapping | Dense point-cloud capture for terrain and vegetation analysis |
| Output Formats | LAS point clouds, GeoTIFF, DEM/DSM and OBJ workflows |
Surveyors, GIS professionals, civil engineering teams, mining companies, infrastructure planners, construction firms and land development consultants.
chatGet ConsultationRTK and PPK positioning improve the location accuracy of aerial survey data, making the captured information more useful for mapping, measurement and GIS workflows.
Yes. Aerial mapping can support site progress checks, terrain models, stockpile measurements, corridor surveys and other construction documentation.
A global shutter captures the image frame without the rolling distortion associated with many rolling-shutter cameras, which can improve photogrammetry results during flight.
LiDAR can capture detailed three-dimensional information and is particularly useful for terrain and vegetation environments where conventional imagery may have limited visibility.
Depending on the payload and workflow, outputs can include orthomosaics, GeoTIFF imagery, elevation models, 3D meshes and LAS point-cloud datasets.
For precision mapping, terrain modelling, infrastructure surveys and 3D geospatial projects, the right aerial payload and positioning workflow can deliver more dependable field data with efficient coverage.