001 - Overview
What is a Thermal Imagery?
Understanding the process of Thermal Imagery is essential for achieving the right outcome for your project.

Thermal imagery, or thermography, captures the infrared radiation emitted by objects and structures in real-world environments to create digital images representing temperature variations.
How is the data collected?
Unlike visible light imaging, thermal cameras detect heat by the process of thermography, which translate infrared energy into electrical signals, and convert it into a thermal images with a spectrum colour palette indicating varying surface temperatures.
How is the data processed?
Once calibrated to atmospheric conditions, sensor characteristics, and emissivity of different materials, the images are aligned and stitched together to create a thermal orthomosaic, providing a top-down view of the area with accurate temperature measurements.
Why use Thermal Imagery?
Thermal UAV cameras have revolutionised how solar panel and building inspections can be performed, as well as enabling UAVs to become integral parts of search and rescue operations and urban temperature mapping studies, which can now be achieved with maximum efficiency.
002 - Equipment
What are the key elements of Thermal Imagery?
Harness the power of Thermal Imagery and discover a world of possibilities for the benefit of your projects.
What UAV imaging hardware is required?
With wide range of industry leading imaging technologies, several factors are important when considering the right hardware for producing an accurate thermographic model.
UAVs
Determining the correct un-manned aerial vehicle (UAV) to use for each project is a crucial step, and will be influenced by operational tasks and constraints.
Payloads
Highly specialised cameras are arguably the most important factor in ensuring that the thermographic mapping and imaging outputs attain a high-quality outcome.
Accessories
RTK and PPK enable cm-accurate geolocation to ensure survey-grade outputs, and supplemented with emergency tools such as a spotlight, speaker and beacon.

003 - AIRCRAFT
What UAVs can be used for Thermal Imagery?
We operate industry-leading UAV aircraft with a wide range of specifications and capabilities.

DJI M2EA
The DJI Mavic 2 Enterprise Advanced (M2EA) series drone with high resolution thermal camera and 9 mm lens.
640 x 512 px Thermal Camera
48MP Visual RGB Camera
32x Digital Zoom

DJI Matrice 30T
The DJI Matrice 30T is a high-performance DJI enterprise drone equipped with a radiometric thermal camera.
640 x 512 px Thermal Camera
48MP Visual RGB Camera
200x Hybrid Zoom

DJI Mavic 3 Thermal
The DJI Mavic 3 Thermal supports visual data collection, including hybrid zooming, and high-resolution thermal.
640 x 512 Thermal Camera
4/3 CMOS Wide Camera
56x Hybrid Zoom
004 - FAQ
Want to find out more?
Everything you need to know about Thermal Imagery.
Thermal imaging and infrared imaging are often used interchangeably, but they are slightly different. Infrared imaging generally refers to capturing a broad range of infrared wavelengths, including both near and far infrared. Thermal imaging specifically refers to capturing long-wavelength infrared radiation, which is emitted as heat by objects, to visualise temperature variations.
While the imager can generally operate in any conditions in which the drone can operate, the conditions and time of day are dependent on the type of work which is required. For example, inspections of solar installations are generally best undertaken during spring-autumn around midday when solar irradiance is at a maximum, while building insulation inspections benefit from the increased distinction between external and internal temperatures, generally seen around pre and post dawn hours.
Yes, while more basic thermal reporting can be provided in-house, we work with industry partners to provide the highest standards of quality for Level 1, 2 and 3 thermographic surveys.
Thermal cameras mounted on UAVs capture infrared radiation, which is converted into temperature readings, allowing users to detect heat variations in the environment. This technology is an incredibly versatile and essential tool in industries such as agriculture, building and infrastructure inspection, renewable energy sector, public safety and emergency services, environmental monitoring and wildlife conservation law enforcement and security enforcement, and disaster response and management, and much more.
005 - Contact
Have a project to discuss?
Have a project to discuss? Get in touch for a quote.