Visual and Thermal Drone Inspection — All of Sweden

We fly a commercial inspection-class UAV equipped with an industry-leading thermal camera and a high-resolution RGB camera. The thermal camera identifies moisture, cold bridges and damage invisible to the naked eye through full radiometric data collection. The entire object is systematically documented and you receive a detailed, analysed report — delivery time is stated in the quote.

The price depends on the size of the object, type of inspection and location. Contact us for a free quote tailored to your needs. See our pricing guide for more information about what affects the price.

Time on site depends on the size and complexity of the object — a few hours is often enough. The material is then analysed, and the report delivery time is stated in the quote.

No, you do not need to be on site. We handle airspace control, planning and execution independently, and align with you before and after the flight.

The report contains high-resolution aerial images, thermal images with full radiometric data, identified anomalies with georeferencing, priority classification and recommended actions.

PDRA S-01 is a European standard scenario for drone operations in populated areas. It sets requirements for pilot training, operational procedures and risk assessment — ensuring a safe and professional inspection.

Delivery time depends on the scope of the assignment and the amount of data to analyse — you always get a clear delivery time in the quote, and urgent matters can be prioritised.

Yes, thermal inspection often works better in cooler conditions because temperature differences between indoors and outdoors become clearer. We adjust the flight time according to weather and light conditions.

Yes, with a full radiometric thermal camera we identify moisture accumulations and cold bridges that are not visible to the naked eye. Thermal inspection is one of the most effective methods for detecting moisture problems without destructive sampling.

The thermal camera shows temperature differences in solar panels. Defective cells, dirty surfaces or electrical faults generate abnormal heat (hotspots) that are clearly visible in thermal images taken from the air.