FrostGeo

Thermography

Detect invisible heat patterns with precise aerial thermal data

Drone-based thermography uses thermal sensors mounted on UAVs to measure surface temperature variations. This makes it possible to detect heat loss, moisture intrusion, electrical faults, and other anomalies that are not visible to the naked eye.

FROST delivers high-quality aerial thermal datasets processed into actionable insights for inspections, analysis, and decision-making across buildings, infrastructure, and environmental projects.

Why thermography?

Thermography measures infrared radiation emitted from surfaces, revealing temperature differences related to:

Heat loss and insulation defects
Moisture, leakage, and water intrusion
Electrical overloads and faulty components
Structural and material anomalies

Using drones, thermographic surveys can be performed safely and efficiently across large, elevated, or hard-to-access environments.

Applications

Typical applications include:

Building inspections and energy diagnostics
Roof surveys and moisture detection
Solar panel inspection and performance analysis
Powerlines, substations, and electrical installations
District heating networks and pipelines
Environmental surveys and temperature mapping

Data quality and accuracy

FROST operates professional-grade thermal sensors integrated with stable drone platforms to ensure reliable and repeatable results.

Each survey is planned based on:

Flight altitude and image overlap
Environmental conditions and timing
Sensor calibration and temperature range

Thermal datasets can also be combined with RGB imagery and orthophotos to provide clear geographic context and improve interpretation.

Deliverables

We deliver thermography datasets ready for inspection, reporting, and analysis, including:

Thermal imagery and temperature maps
Inspection and anomaly reports
Orthophotos with thermal overlays
GIS-ready thermal datasets
Combined RGB and thermal visualizations

Need thermal data for inspection or analysis?

Get in touch to discuss your project — we’ll help define the right thermography workflow based on your environment, inspection requirements, and analysis goals.

Geospatial solutions powered by software, sensors, and AI technologies

Join us and help capture and transform accurate geospatial data into valuable insights and digital twins.

Join us

Thermography

Detect invisible heat patterns with precise aerial thermal data

Drone-based thermography uses thermal sensors mounted on UAVs to measure surface temperature variations. This makes it possible to detect heat loss, moisture intrusion, electrical faults, and other anomalies that are not visible to the naked eye.

FROST delivers high-quality aerial thermal datasets processed into actionable insights for inspections, analysis, and decision-making across buildings, infrastructure, and environmental projects.

Thermography

Detect invisible heat patterns with precise aerial thermal data

Drone-based thermography uses thermal sensors mounted on UAVs to measure surface temperature variations. This makes it possible to detect heat loss, moisture intrusion, electrical faults, and other anomalies that are not visible to the naked eye.

FROST delivers high-quality aerial thermal datasets processed into actionable insights for inspections, analysis, and decision-making across buildings, infrastructure, and environmental projects.

Thermography measures infrared radiation emitted from surfaces, revealing temperature differences related to:

Typical applications include:

FROST operates professional-grade thermal sensors integrated with stable drone platforms to ensure reliable and repeatable results.

Each survey is planned based on:

We deliver thermography datasets ready for inspection, reporting, and analysis, including:

Geospatial solutions powered by software, sensors, and AI technologies

Thermography

Detect invisible heat patterns with precise aerial thermal data

Drone-based thermography uses thermal sensors mounted on UAVs to measure surface temperature variations. This makes it possible to detect heat loss, moisture intrusion, electrical faults, and other anomalies that are not visible to the naked eye.

FROST delivers high-quality aerial thermal datasets processed into actionable insights for inspections, analysis, and decision-making across buildings, infrastructure, and environmental projects.

Orthophoto

Topographical LiDAR

Bathymetric LiDAR

Linear Infrastructure Mapping