4 Facts about Drone Thermography

Using drones to collect thermal imagery images can be a lucrative career option. Its capabilities make it a valuable non-destructive testing method for various applications. These applications include detecting areas where energy is being lost, agricultural fields, and mobile phone masts. This article explores the advantages of drone thermography in these scenarios. Interested in learning more? Read on to discover the facts about drone thermography.

Thermal imaging is a non-destructive test method:

Infrared scanning and imaging technology are two examples of drone operations that utilize thermal imaging. Thermal images and scans can be used to identify air leaks and anomalies, which can be used to seal building facades. Drones can map the perimeter of buildings, and drone programming software can detect air leaks and anomalies. Infrared scanning and imaging also have the potential to identify building facades and roofs.

It can detect energy loss:

Aerial thermography can diagnose problems in mobile phone masts, building façades, and more. Drones with thermal imaging FLIR cameras can capture high-resolution images in just minutes, making it easy to pinpoint faults in antennas and towers. Drones can also detect energy loss and potential performance issues. These technologies can save money and time, as well as reduce emissions. But they do have some drawbacks.

It can detect problem areas in mobile phone masts:

Aerial thermography has been proven effective at detecting trouble spots on cell phone towers. In some countries, buildings account for approximately 30% of carbon emissions. Aerial thermography is an increasingly common practice among telecoms providers, as drones can capture high-resolution images in just minutes. The thermal imagery FLIR cameras used in drones can detect problem areas in cell phone masts, including potential performance issues.

It can detect problem areas in agricultural fields:

Thermal imaging drones can provide accurate temperature readings to help farmers identify problem areas and implement corrective actions. They can also monitor crop health and provide valuable data for farming yield estimations. Drones are more affordable and less intrusive than traditional human-crewed aircraft. Drones can provide various benefits for farmers, including accurate crop monitoring, pest identification, and soil pH measurements. Agricultural drones can also help ranchers keep records and track cattle.