Drone & Geospatial Capabilities
What We Do
Integrated aerial and geospatial services delivering accurate data and actionable outputs.
Aerial Survey & Data Capture
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RGB Aerial Imaging &Videography
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Multispectral & hyperspectral data capture
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Thermal imaging surveys
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LiDAR data acquisition
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Long-range & corridor surveys
Survey Mapping
3D Modelling
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Orthomosaic MapS &Topographic Surveys
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DEM / DSM / DTM
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Contours Models
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3D site & Asset Models
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Volumetric Measurements
LiDAR Surveys
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Corridor & ROW Mapping
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Pit, slope, & embankment analysis
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Canopy & vegetation penetration
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Hydrology & erosion studies
Thermal
Inspection
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Transmission lines & substations
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Solar panels & wind turbines
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Equipment & machinery inspections
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Underground fire detection
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Heat loss & energy efficiency studies
GIS & Geospatial Analytics
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GIS data processing & visualisation
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Drone and satellite & integration
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Change detection & time-series analysis
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Corridor & asset tracking
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Planning & compliance support
AI-Assisted Analysis
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Automated feature & anomaly detection
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Crop health & vegetation analysis
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Fault identification in assets
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Predictive insights using historical datasets
Security Surveillance Monitoring
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Site & perimeter monitoring
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ROW & corridor surveillance
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Encroachment detection
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Traffic monitoring & incident assessment
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Post-disaster monitoring
Subsurface & Specialised Surveys
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Ground Penetrating Radar (GPR) surveys
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Magnetometer surveys
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Detection of voids, fractures & subsurface anomalies
SENSORS & PAYLOADS
Aeroscan deploys advanced sensors based on project requirements, terrain conditions, and the type of insight needed. Each payload is selected to ensure accuracy, reliability, and regulatory compliance.
RGB Sensors
High-resolution visual imaging for detailed mapping and inspection.
Used for:
Photogrammetry, orthomosaic mapping, and 3D modelling across topographic surveys, infrastructure inspection, and construction progress monitoring.
LiDAR Sensors
High-precision laser scanning for accurate terrain and structural mapping.
Used for:
Generating detailed 3D point clouds for terrain modelling, vegetation penetration, urban planning, mining, and large-scale infrastructure projects.
Thermal Sensors
Heat-based imaging to detect anomalies not visible to standard cameras.
Used for:
Equipment inspections, underground fire detection, energy efficiency studies, and fault identification in electrical and mechanical assets.
Multispectral & Hyperspectral Sensors
Advanced spectral imaging for environmental and material analysis.
Used for:
Vegetation health assessment, water quality analysis, soil condition monitoring, agriculture, forestry, and environmental applications.
Ground Penetrating Radar (GPR)
Subsurface sensing for below-ground visibility.
Used for:
Mapping underground utilities, detecting voids and mineral deposits, and supporting archaeological and infrastructure assessments.
Magnetometers
Detection of ferrous materials beneath the surface.
Used for:
Mining exploration, pipeline detection, and identification of buried metallic objects or anomalies.
Satellite Imagery Integration
Large-area spatial context through satellite data.
Used for:
Regional analysis, change detection, and large-scale mapping by integrating drone data with high-resolution satellite imagery.
