Centimetre-accurate aerial mapping, 3D terrain modelling, and environmental analytics at unprecedented scale. From construction sites to coastlines, we transform raw terrain data into actionable intelligence that drives better decisions.
Survey-grade sensor suites paired with automated processing pipelines that deliver results, not raw data.
Multi-return LiDAR systems capturing millions of points per second. Penetrates vegetation canopy to map ground surface beneath. Generates dense, accurate point clouds for terrain analysis, volumetric calculations, and infrastructure modelling with survey-grade precision.
High-overlap aerial photography processed through advanced Structure from Motion (SfM) algorithms. Produces photorealistic 3D models, orthomosaic maps, and digital surface models from standard RGB imagery. RTK/PPK GNSS ensures centimetre-level georeferencing accuracy.
Generate high-resolution Digital Elevation Models (DEMs), Digital Terrain Models (DTMs), and Digital Surface Models (DSMs). Accurate contour maps, slope analysis, aspect mapping, and cut/fill volume calculations derived automatically from captured data.
Geometrically corrected aerial mosaics that can be measured as accurately as a surveyor's plan. Seamless, distortion-free maps covering hundreds of hectares in a single flight mission. GIS-ready outputs in standard geospatial formats for immediate integration with existing workflows.
Precise stockpile volume measurement, earthwork quantity tracking, and cut/fill balance reporting. Automated change detection between survey epochs quantifies material movement with cubic-metre accuracy. Replace manual surveying with faster, safer, more frequent aerial measurements.
AI-powered temporal analysis that automatically compares surveys over time. Detect subsidence, erosion, vegetation change, construction progress, or unauthorised development. Quantify changes with measurement-grade accuracy and generate automated reports.
Replacing weeks of ground survey work with hours of aerial data capture — safer, faster, and more comprehensive.
Traditional ground-based surveying is slow, expensive, and often dangerous. Our landscape intelligence platforms survey in hours what would take ground crews weeks, capturing every detail from above with centimetre-level accuracy. Sites remain fully operational during survey flights — no shutdowns, no access restrictions, no safety risks to personnel.
Automated flight planning ensures consistent, repeatable coverage. Define your site boundary once, and the system generates optimised flight paths that guarantee the overlap and altitude needed for your required accuracy. Subsequent surveys follow identical parameters, enabling precise temporal comparisons and progress tracking.
Our processing pipeline transforms raw sensor data into deliverable products within hours, not days. Point clouds, orthomosaics, 3D models, and contour maps are generated automatically and delivered through a secure web portal or direct integration with your existing GIS and BIM platforms.
Purpose-built workflows for the industries that depend on precise geospatial data.
Regular site progress monitoring with automated earthwork volume tracking and as-built vs. design comparison. Produce topographic surveys for planning applications, monitor stockpiles, verify cut/fill quantities, and generate stakeholder progress reports with photorealistic 3D site models. Integrate directly with BIM workflows.
Multispectral crop health analysis with NDVI, NDRE, and custom vegetation indices. Identify stress, disease, and irrigation issues before they become visible to the eye. Forestry applications include timber volume estimation, canopy gap analysis, tree count inventories, and biomass assessment using LiDAR canopy penetration.
Stockpile volumetric surveys replacing hazardous manual measurement. Pit progression monitoring, blast planning support, and haul road optimisation. Regular flyovers track extraction rates, monitor rehabilitation progress, and produce regulatory compliance reports. Thermal sensors detect subsurface hotspots and spontaneous combustion risks.
Power line corridor surveys, pipeline route mapping, wind farm site assessment, and solar panel inspection. LiDAR measures vegetation encroachment on transmission lines. Thermal imaging identifies hotspots on substations and solar arrays. Detailed 3D models of bridges, dams, and retaining walls support structural assessment without scaffolding or rope access.
Coastal erosion tracking with millimetre-resolution change detection between survey epochs. Flood plain mapping, wetland habitat assessment, and post-disaster damage evaluation. Monitor landfill sites for settlement, gas emissions, and cap integrity. Track revegetation progress on restoration sites with multispectral analysis of species composition and health.
High-resolution 3D city models for planning visualisation and shadow analysis. Heritage site documentation with photorealistic textured models preserving architectural detail at sub-centimetre resolution. Facade surveys, roof condition assessments, and viewshed analysis for development proposals without intrusive access to buildings.
Survey-grade outputs delivered in industry-standard formats, ready for your existing workflows.
Dense LAS/LAZ classified point clouds with RGB colour and intensity values
Digital Elevation and Terrain Models with contour line generation
Georeferenced, distortion-free aerial maps in GeoTIFF format
Photorealistic textured meshes in OBJ, FBX, and glTF formats for BIM integration
Get a quote for aerial survey services tailored to your site and accuracy requirements.