Drone Surveying & Mapping
Aerial survey data for large sites, earthworks and repeat measurement.
Drone survey applications
Controlled aerial photogrammetry can capture dense visible-surface information across suitable sites and convert it into measurable mapping and 3D spatial data.
Typical applications include orthomosaic mapping, terrain modelling, stockpile measurement, cut/fill analysis, construction progress and photogrammetric point clouds. GNSS and total-station observations can be integrated where the project requires terrestrial detail or independent checks.
Where this service is used
Common applications within construction, earthworks, development and survey workflows.
Aerial mapping & orthomosaics
High-resolution georeferenced plan imagery for project mapping and review.
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Stockpile volumes
Survey visible material stockpiles and calculate quantities against an agreed base or reference.
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Cut & fill
Compare current survey surfaces against design, formation or previous survey data.
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Construction progress
Repeat capture at agreed phases to record measurable site change.
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3D site models & point clouds
Photogrammetric 3D data for measurement, terrain processing and engineering workflows.
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Topographical surveying
Aerial capture can form part of a topographical survey where site conditions and required detail are suitable.
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Typical outputs
Typical project workflow
The exact sequence is adjusted to the project brief, programme and required deliverables.
Define outputs
Confirm the mapping, quantity, progress or 3D information required.
Plan the survey
Review access, airspace, control, visibility and flight requirements.
Capture
Acquire overlapping aerial imagery and supporting survey observations where required.
Process
Generate orthomosaics, point clouds and surface data appropriate to the scope.
Check
Apply the agreed control and survey checks before final issue.
Deliver
Prepare the required mapping, surfaces, CAD, quantities or progress outputs.
Drone Surveying & Mapping FAQ
What can a drone survey produce?
Depending on the project, outputs can include georeferenced orthomosaics, photogrammetric point clouds, terrain or surface models, CAD survey data, stockpile volumes, cut/fill information and repeat progress records.
How accurate is drone surveying?
Survey performance depends on capture geometry, image quality, positioning, project control, checks, surface visibility and the intended output. Accuracy requirements should be agreed around the project use.
Does drone surveying replace ground surveying?
Drone photogrammetry is well suited to dense visible-surface capture. Ground observations remain important for hidden features, detail obscured by vegetation, underground information, control and other project-specific requirements.
What files can be supplied?
Common outputs include GeoTIFF, LAS/LAZ/E57, DWG/DXF, LandXML, XYZ and PDF, depending on the agreed deliverables.
Discuss your drone surveying & mapping requirement.
Send the site location, drawings, specification or a short description of the work required.