The capabilities of a modern UAV are often limited by environmental factors, and one of them is a tour of high temperament. A team of scientists from Imperial College London (ICL) and the Swiss Federal Materials and Technology Laboratory (EMPA) have developed an experimental heat-resistant quadcopter FireDrone that can withstand temperatures of +200 °C for 10 minutes.
Resistance to such a high TEMPERATURE consumes an insulating layer of airgel that covers the absorption of the drone’s filling and consists of polyimide plastic, cream and fiberglass. The FireDrone’s heat resistance is made possible by the ability to use airgel, which is full of balloons. Additional thermal protection is the isolation of the aluminum shell of the drone itself.
This FireDrone complex will have a control tower, a video operator, a radio operator, no video data (for those who follow to measure CO2 levels), battery, optical and infrared cameras.
Providing assistance in case of fire in the fire, FireDrone transmits information in real time. First of all, about how the fire spreads, in the location of the most dangerous places – “traps” that should be covered.
The drone has already been successfully tested in a firefighter training center. After being discovered in suspicion of its use in observing forest fires, as well as in places with abnormally low temperatures, but it was exceptionally sensitive to heat.
Source: Tech Cult
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