Aerometrex has been at the forefront of cutting-edge spatial research & development. It is the company's ethos and drive for innovation that has helped it stay ahead of the curve in the industry. We also believe that, as a company, we should aim to give back to the industry and the people within it in every way possible. This includes researchers who are the key to future advances in this space.

MetroMap data that can support your research

2D Aerial Imagery

Request access to high-resolution aerial imagery from a range of epochs, across metro & regional Australia. Choose from 3-band / 4-band imagery based on availability. To learn about available datasets, you can view coverage extents through a free MetroMap trial.

LiDAR Data

Support your research with industry-leading LiDAR data. Request a standard 3D point cloud or derived datasets such as elevation data (DEM, DSM), vegetation metrics (such as canopy height models), contours, and other vector products.

3D Mesh Models

Our 3D data gives you access to high-resolution city mesh models that may provide context to your research project, help develop and visualise scenarios, or offer a comprehensive 3D base dataset for change monitoring.

Complete Requisition Form

Fill in this brief form to help us evaluate whether we shall be able to supply the data being requested. Our team aims to reply within a 4-week time frame if not earlier.

Fill Form

Requesting Data: What You Should Know.

While we are committed to supporting research activities and supplying data for the same, as an organisation we may have certain constraints. There are a few parameters that shall govern whether we can support your research initiative, and our team will evaluate your request based on these. Please do provide as much detail as possible in your request application, to help us assess quickly and accurately.

Some of the critical parameters that may impact our decision to support your data request include:

Data availability
Data processing requirements
Scope of project
Size of data requested
No. of users with data access

Some Past Projects Supported

Walkable for who? Developing a weighted GIS-based walkability index based on pedestrians’ perceptions.

Arsham Bassiri Abyaneh, PhD Candidate, UniSA
Data supplied by Aerometrex: Tree Canopy Cover, Canopy Height Model, Building Footprints

Investigation of the effects of water stress on urban trees and microclimates, Adelaide

Xanthia Gleeson, PhD Candidate, Flinders University
Data supplied by Aerometrex: LIDAR-derived Canopy Height Model and tree segmentation

Investigating the impact of the 2019/2020 Kangaroo Island bushfire on Kangaroo Island’s wildlife using deep learning object-based image classification to detect grass trees from aerial imagery

Dr Stefan Peters, University of South Australia
Data Supplied by Aerometrex: High-resolution aerial imagery

Assessing the impact of greenery on health in Adelaide

Dr. Carlos Bartesaghi Koc, University of Adelaide
Data supplied by Aerometrex: Tree Canopy Cover, Plantable Space, Building Footprints, NDVI

Spatial modelling to understand the sustainability outcomes of urban agriculture and other urban vegetation

Isobel Hume, PhD Candidate, University of Adelaide
Data Supplied by Aerometrex: High-resolution RGB and Near Infrared Aerial Imagery

Leveraging high resolution aerial and LiDAR imagery to produce a repeatable classification workflow to detect solar panels in an urban environment

James Sadler, Undergraduate Student, Flinders University
Data Supplied by Aerometrex: High resolution RGB Aerial Imagery and LIDAR

Determination of fire ant (Solenopsis Invicta) sites of infestation and patterns of spread within the area of the Gold Coast (Qld, Australia)

Dr. Gabriel Scarmana, University of Southern Queensland
Data supplied by Aerometrex: Multiple epochs of high-resolution aerial imagery

View our 2D imagery with a free trial

View aerial imagery on MetroMap to see our covearge and assess its fit for your research requirements. Access multiple epochs and 3/4 band imagery.

Start Trial

View the coverage & quality of our 3D models

View our 3D data via a browser to see our recent coverages. Depending on your use case, we could look at older models for data supply also.

View Now

Request Data For Research

Request Data For Research

MetroMap data that can support your research

2D Aerial Imagery

LiDAR Data

3D Mesh Models

Complete Requisition Form

Fill in this brief form to help us evaluate whether we shall be able to supply the data being requested. Our team aims to reply within a 4-week time frame if not earlier.

Requesting Data: What You Should Know.

Some Past Projects Supported

Walkable for who? Developing a weighted GIS-based walkability index based on pedestrians’ perceptions.

Investigation of the effects of water stress on urban trees and microclimates, Adelaide

Investigating the impact of the 2019/2020 Kangaroo Island bushfire on Kangaroo Island’s wildlife using deep learning object-based image classification to detect grass trees from aerial imagery

Assessing the impact of greenery on health in Adelaide

Spatial modelling to understand the sustainability outcomes of urban agriculture and other urban vegetation

Leveraging high resolution aerial and LiDAR imagery to produce a repeatable classification workflow to detect solar panels in an urban environment

Determination of fire ant (Solenopsis Invicta) sites of infestation and patterns of spread within the area of the Gold Coast (Qld, Australia)

Other solutions

View our 2D imagery with a free trial

View the coverage & quality of our 3D models

Request Data For Research

Request Data For Research

MetroMap data that can support your research

2D Aerial Imagery

LiDAR Data

3D Mesh Models

Complete Requisition Form

Fill in this brief form to help us evaluate whether we shall be able to supply the data being requested. Our team aims to reply within a 4-week time frame if not earlier.

Requesting Data: What You Should Know.

Some Past Projects Supported

Walkable for who? Developing a weighted GIS-based walkability index based on pedestrians’ perceptions.

Investigation of the effects of water stress on urban trees and microclimates, Adelaide

Investigating the impact of the 2019/2020 Kangaroo Island bushfire on Kangaroo Island’s wildlife using deep learning object-based image classification to detect grass trees from aerial imagery

Assessing the impact of greenery on health in Adelaide

Spatial modelling to understand the sustainability outcomes of urban agriculture and other urban vegetation

Leveraging high resolution aerial and LiDAR imagery to produce a repeatable classification workflow to detect solar panels in an urban environment

Determination of fire ant (Solenopsis Invicta) sites of infestation and patterns of spread within the area of the Gold Coast (Qld, Australia)

Other solutions

View our 2D imagery with a free trial

View the coverage & quality of our 3D models

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