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The difference is not only the sensor. It is the expertise and process.
A SPECIALIST INTERNAL LiDAR DIVISION OF
AUSTRALIAN AERIAL IMAGERY PTY
Established 2014
ABN 51 169 514 381
Accurate aerial LiDAR data for surveying, engineering, infrastructure & environmental projects
Professional Drone LiDAR Surveying Across Australia
LiDAR Drone Australia - Drone Aerial Surveying & Mapping
High density Point clouds
Bare Earth terrain models
Contours, TINs, DSM, DTM and more
Specialist in Drone Aerial LiDAR
& Drone Photogrammetry
500+ Projects
Completed
Established
2014
CASA Licensed
ReOC - 0405
$24M
Public Liability
Working With Surveyors
& Engineering Teams
13 mm RMSEz
Achieved
Typically
48hrs Turnaround
In-house
Data Processing
Australia
Wide Coverage
LIDAR DRONE SERVICES
Drone LiDAR Specialists
LiDAR Drone Australia, where we provide exceptional aerial 3D LiDAR with a focus on accuracy and reliability. Utilizing advanced drone-mounted LiDAR systems, we capture dense and detailed point clouds, delivering precise and actionable, survey-ready outputs. Our dedication to maintaining the highest professional standards ensures that every dataset we produce meets your expectations for quality and integrity. Allow us to support your projects with our expertise and cutting-edge technology.
Accuracy You Can Rely On
We understand that the value of a survey depends on the accuracy and
reliability of the data behind it. That is why every project is approached
with careful planning, proven survey methods, and thorough quality
control.
Where required, Ground Control Points (GCPs) and independent
Check Points (CPs) are used to verify the accuracy of our data, with clear
accuracy reporting provided as part of the final deliverables. Our aim is
not simply to produce impressive imagery or detailed point clouds, but to
provide dependable survey data that our clients can confidently use for
engineering, design, planning, asset management, and compliance purposes.
We take pride in delivering accurate, practical results—completed
carefully, professionally, and on time.
Expertise in All Environments
Every site presents its own challenges, and our experience allows
us to adapt our approach to suit the conditions
on the ground.
Our team has carried out drone LiDAR surveys across a wide
range of environments, from steep, rugged and heavily
vegetated terrain through to urban developments, infrastructure
corridors, industrial facilities and easily accessible project sites.
We particularly understand the value of drone LiDAR in locations
where conventional surveying can be difficult,
time-consuming, unsafe or expensive. By combining experienced
operators, professional survey practices and the right
technology for each project, we are able to safely capture high-quality
data while minimising disruption to the site.
Regardless of the size, location or complexity of the project, we
approach every survey with the same commitment to accuracy,
safety and delivering information our clients can genuinely rely on.
Why Choose LiDAR Drone Australia?
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Specialists in 3D LiDAR Point Clouds – delivering highly detailed, reliable datasets.
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Survey-Grade Deliverables – verified for accuracy and backed by rigorous quality control.
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Adaptability – from remote outback projects to suburban construction sites.
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Proven Expertise – experienced in handling complex surveys in difficult terrain.
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National Reach – servicing projects across Australia including remote regions.
Delivering Meaningful Results
At LiDAR Drone Australia, our goal is to provide more than just data—we deliver practical insights that support confident decision-making for engineers, surveyors, environmental consultants, and government agencies. Whether the requirement is for topographic mapping, vegetation penetration, infrastructure planning, or environmental monitoring, our surveys provide the foundation for successful project outcomes.
Deliverables from a Drone LiDAR 3D Point Cloud
A drone LiDAR survey captures an extremely detailed three-dimensional record of the landscape and features within a project area. The real value, however, comes from turning that point cloud into practical information that engineers, surveyors, environmental consultants, planners and project teams can use with confidence.
Depending on the requirements of the project, LiDAR Drone Australia can produce a range of useful deliverables from the captured 3D point cloud.
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Classified Point Clouds
LiDAR points can be classified into meaningful categories such as ground, low and high vegetation, buildings, structures and other identifiable features. This provides a clean and organised dataset that can be used for further analysis and design. -
Digital Terrain Models – DTM / Bare Earth Models
A representation of the natural ground surface with vegetation, buildings and other above-ground features removed. Particularly valuable for surveying, engineering design, drainage studies and terrain analysis. -
Digital Surface Models – DSM
A detailed surface model that includes the ground together with vegetation, buildings, structures and other features above the terrain. -
Canopy Height Models – CHM
Models showing the height of vegetation above the underlying ground surface. These are useful for forestry, ecological assessments, vegetation management and environmental monitoring. -
Contours
Accurate contour information can be generated at intervals suited to the project, including 0.25 m, 0.5 m, 1 m or customised intervals where appropriate. -
Cross-Sections & Profiles
Detailed cross-sections and longitudinal profiles can be produced along roads, waterways, pipelines, transmission corridors, proposed infrastructure alignments or other selected features. -
Volumetric Calculations
LiDAR data can be used to calculate stockpile volumes, cut-and-fill quantities and earthworks volumes, providing valuable information for construction planning, quarrying, mining and site management. -
Topographic Mapping
The point cloud can be developed into practical topographic information, including CAD-ready linework and drawings that support engineering, surveying, planning and design workflows. -
3D Surface Models & TINs
Triangulated Irregular Networks (TINs) and other 3D surface models can be generated to provide an accurate representation of terrain and surface features for design and analysis. -
3D Visualisation Models
Point clouds and surface data can be presented as clear 3D visualisations, allowing project teams to better understand terrain, structures, vegetation and site conditions without needing to physically visit every part of the site. -
Vegetation Analysis
LiDAR can provide valuable information about vegetation height, canopy cover, density and structure, supporting environmental assessments, forestry management and vegetation monitoring. -
Power Line & Utility Corridor Modelling
Detailed corridor models can assist with measuring vegetation clearances, identifying potential encroachments, analysing conductor sag and assessing the relationship between infrastructure and surrounding terrain. -
GIS-Compatible Data
Survey information can be supplied as GIS-ready layers, including shapefiles, raster datasets and other geospatial formats for integration into existing mapping and asset-management systems. -
Engineering & Design File Formats
Deliverables can be supplied in commonly used formats including LAS/LAZ, SHP, DXF, TIFF and other formats required by surveyors, engineers, environmental consultants and design teams.
Turning LiDAR Data into Useful Information
Every project has different requirements, and not every client needs the same set of deliverables. Our approach is to understand how the information will ultimately be used and provide outputs that are genuinely useful to the people working with them.
From a detailed classified point cloud through to terrain models, contours, vegetation analysis and engineering-ready datasets, our aim is to turn complex LiDAR information into clear, practical and dependable project data.