Thermal Mapping Comes to PIX4Dmatic
PIX4D has introduced thermal dataset processing capabilities to PIX4Dmatic. Now you can convert radiometric thermal drone imagery into scalable, georeferenced thermal maps and orthomosaics!
Accurately measure surface temperature variances and identify structural or thermal anomalies across large areas directly within your existing mapping workflows.
Built to handle larger projects than legacy tools, PIX4Dmatic allows electrical utility, solar, and building diagnostic teams to preserve accurate temperature values, adjust fine-tuned parameters like emissivity, and visualize results alongside DSMs and DTMs.
Why is Thermal Mapping Important?
Across electrical utilities, solar energy, industrial facilities, and building diagnostics, temperature anomalies provide an early indication of equipment operating outside normal conditions, helping teams intervene before small issues become costly failures.
Thermal imagery helps inspection teams identify issues that conventional imagery cannot reveal, such as a loose electrical connection or a failing solar panel. Modern drones have made thermal cameras more accessible, but the challenge is turning hundreds or thousands of individual images into information that teams can locate, measure, inspect in context, and ultimately use to make decisions..
Thermal image processing in PIX4Dmatic
PIX4Dmatic transforms supported radiometric datasets into a single georeferenced thermal orthomosaic that preserves accurate temperature values across the entire asset. Unlike other solutions, PIX4Dmatic delivers actual temperature readings, allowing inspection teams to locate and analyze thermal anomalies within their real spatial context.
This same approach can extend beyond individual assets.
Across larger areas, thermal orthomosaics can help reveal broader temperature patterns, such as urban heat islands, where understanding how heat is distributed across buildings, streets, and other surfaces requires processing and analyzing imagery at a much larger scale.
Fine Tune Your Parameters
Users can fine-tune processing through parameters such as emissivity and ambient temperature, ensuring results better reflect real inspection conditions while remaining simple to generate within a single workflow.
Once generated, the thermal orthomosaic becomes part of a broader inspection environment. Orthomosaics, DSMs, and DTMs can now be visualized in 3D, helping teams understand results in relation to the shape and structure of the asset or surrounding terrain.
More Features, More Control
Available as part of both PIX4Dmatic Standard and PIX4Dmatic Pro, thermal mapping helps improve understanding of asset health well enough to act before failures happen. PIX4Dmatic helps transform thermal imagery into measurable, spatially referenced information that helps organizations identify issues, understand their context, and make informed maintenance decisions before problems escalate.
The result is not just better models, but more reliable outcomes. Contact us if you would like a free demo, or download a 30-day trial from Pix4D.com
