Orthomosaic mapping
A current, georeferenced site image for planning, inspection, mark-up, communication and comparison over time.
Precision Drone Mapping & Measurement
Measure the site once. Give every team the same spatial truth.
Aspex turns aerial capture into orthomosaics, terrain models, point clouds, contours, quantities and CAD/GIS-ready spatial data — so project teams can plan, measure and verify from a common evidence base.
RTK / PPK workflowsOrthomosaicsTerrain & point cloudsVolumes & quantities
From aerial capture to measurements your project team can actually use.
The real product is certainty
A map is useful. A defensible measurement is better.
Projects often accumulate photographs, survey files, spreadsheets and contractor reports that describe the same site in different ways. That slows decisions and creates arguments about what changed, how much material moved and which dataset is current.
Aspex creates repeatable aerial datasets that can be measured, compared and shared. The result is not simply an attractive image — it is a spatial record that supports planning, quantities, progress verification and technical discussion.
One site. One coordinate framework. Fewer assumptions.
Choose the output that answers the question
Useful mapping starts with the decision you need to make.
We structure capture and processing around the required output, accuracy, coordinate system and downstream software — not around a one-size-fits-all flight plan.
Terrain & elevation models
DSM, DTM and elevation surfaces for drainage, earthworks, landform understanding and engineering workflows.
3D point clouds
Dense spatial datasets for measurement, design context, digital modelling and integration into CAD or GIS environments.
Volumes & quantities
Stockpile volumes, cut/fill assessment and repeat measurements that help teams understand how much material is present or has moved.
Contours & CAD/GIS outputs
Deliverables prepared for the software your project team already uses, including DXF, SHP, GeoTIFF, LAS/LAZ and related formats.
Repeat-change analysis
Compare captures from different dates to see progress, earthworks movement, changing site conditions and emerging discrepancies.
Where mapping earns its keep
Turn a large site into something the whole team can interrogate.
Construction & civil works
Know what changed between the drawing, the report and the ground.
Repeat mapping provides an independent project record for progress, earthworks, site logistics, quantities and issue investigation.
- Baseline and pre-construction site records
- Progress mapping and visual comparison
- Cut/fill and stockpile quantities
- CAD/GIS-ready outputs for project teams
Mining & quarrying
Measure large, changing surfaces without turning every quantity check into a ground survey exercise.
Drone capture can rapidly document stockpiles, benches, haul areas and changing landform for operational measurement and planning.
Land & environmental projects
Create a current spatial record before decisions are made.
High-resolution mapping supports land development, corridor studies, environmental assessment, vegetation mapping and site planning.
Renewable energy & infrastructure
Put construction progress and asset context into one coordinate system.
Mapping can support solar, wind, powerline and major-project workflows from baseline capture through construction and handover.
Accuracy matched to the job
“Survey-grade” only means something when the workflow supports the required accuracy.
Aspex uses RTK and PPK-capable systems and can incorporate ground control, checkpoints and appropriate coordinate-reference workflows where the project requires them.
Accuracy requirements differ. A progress orthomosaic, a stockpile volume, an engineering surface and a cadastral boundary are not the same task. We define the required outcome before capture and structure the workflow accordingly.
Where certification or statutory survey authority is required, we work with a licensed surveyor.
Drone mapping complements professional surveying; it does not replace legal survey functions.
A controlled mapping workflow
Start with the question. Finish with data ready for the next decision.
Define
Required accuracy, outputs, coordinate system, site constraints and intended use.
Capture
Repeatable flight planning using the aircraft and positioning workflow suited to the site.
Process
Photogrammetry, georeferencing, surface generation, point-cloud processing and quality checks.
Measure
Volumes, areas, distances, contours, change and other project-specific analysis.
Deliver
Outputs structured for project teams, CAD, GIS, reporting or further engineering analysis.
Deliverables that fit your workflow
Do not make the project team translate the drone data.
GeoTIFF orthomosaics
DEM / DSM terrain models
LAS / LAZ point clouds
DXF / SHP contours & vectors
Volume & cut/fill reports
3D models & project visualisations
Start with the decision you need to make
What do you need to measure, compare or prove?
Tell us the site location, approximate area, required deliverables, accuracy expectations and how the data will be used. We will recommend the capture and processing workflow that fits the job.
Request a Mapping Quote