Utilising our fleet of drones and light aircraft we offer nationwide aerial surveys. With access to a multitude of high resolution sensors, we can provide orthorectified imagery down to 1cm GSD.
From our survey grade LiDAR sensors, we can provide clients with Digital Terrain Models (a bare earth model) and Digital Surface Models (including above ground features such as buildings & trees).
With access to multiple sensors i.e. LiDAR, RGB, multispectral, hyperspectral, thermal, air quality & ground penetrating radar sensors we provide high resolution data for multiple applications.
We can access a range of low-cost, synoptic spaceborne data at the macro scale. When combined with higher resolution drone survey data, the end-user can exploit the combined information outputs of both by fusing these datasets together.
Our geospatial platform can be used for viewing, analysing and sharing airborne and drone survey data. It provides a simple yet powerful cloud based solution for managing, visualising, analysing and sharing complex LiDAR (3D) point clouds and datasets in a user friendly manner.
Do you need to train airborne imagery to carry out automated tasks i.e. count buildings/cars/objects? We can collect the imagery during aerial surveys and train a model utilising our Machine-Learning (ML) classifier for a particular task.
GeoAerospace carry out aerial surveys and operate various sensors on behalf of Maynooth University as part of SFI funded Research Infrastructure programmes (18/RI/5810 & 16/RI/3705). These sensors are available for use by academia and industry through a service agreement with the aim of facilitating high quality, impactful and innovative research.
The example of the GeoA platform shown here illustrates the results from a R&D project for the maritime sector which combined satellite data and drone data for the purposes of detecting seaweed using novel machine learning techniques.
This short point cloud fly-through illustrates LiDAR data collected over a section of OHL using the Riegl VUX-1 scanner for the purposes of vegetation encroachment and sag line measurement.
This short video shows the outputs from a UAV survey over a wind farm.
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