These Drones Can Fly Into Fires to Scout Impacted Structures
Rahul Kalvapalle — June 28, 2023 — Tech
References: empa.ch & advancedsciencenews
A team of high-powered engineers and scientists from Imperial College London and the Swiss Federal Laboratories for Materials Science and Technology (Empa) have combined their expertise in order to be able to create a firefighting drone that is designed to carry out reconnaissance and scouting of structures impacted by fire so that firefighters can focus on taking down flames.
Dubbed 'FireDrone,' this firefighting drone makes use of a layer of insulating aerogel which helps to protect its electronic components - which include an infrared camera, carbon dioxide sensor and camera - from the high temperatures caused by fires. As a result, this particular quadcopter is capable of handling temperates of up to 392 degrees Fahrenheit in 10-minute bursts.
Having already undergone promising tests in firefighter training facilities, this firefighting drone shows plenty of potential in both helping to protect firefighters as well as speeding up the process of firefighting and fostering better outcomes.
Image Credit: Empa
Dubbed 'FireDrone,' this firefighting drone makes use of a layer of insulating aerogel which helps to protect its electronic components - which include an infrared camera, carbon dioxide sensor and camera - from the high temperatures caused by fires. As a result, this particular quadcopter is capable of handling temperates of up to 392 degrees Fahrenheit in 10-minute bursts.
Having already undergone promising tests in firefighter training facilities, this firefighting drone shows plenty of potential in both helping to protect firefighters as well as speeding up the process of firefighting and fostering better outcomes.
Image Credit: Empa
Trend Themes
1. Firefighting Drones - The use of drones in firefighting can revolutionize fire reconnaissance and scouting, enhancing firefighter safety and efficiency.
2. Insulating Aerogel - The use of insulating aerogel in drones opens up new possibilities for protecting electronic components in extreme temperature environments.
3. Enhanced Firefighting Technology - The development of advanced technologies like infrared cameras and carbon dioxide sensors in firefighting drones can significantly improve fire response strategies.
Industry Implications
1. Drone Technology - The drone technology industry can capitalize on the demand for firefighting drones that can perform reconnaissance and scouting tasks in high-temperature environments.
2. Materials Science - The materials science industry has an opportunity to innovate by developing new and improved insulating materials like aerogels for use in various applications, including firefighting drones.
3. Firefighting Equipment - The firefighting equipment industry can explore incorporating advanced technologies like infrared cameras and carbon dioxide sensors to enhance the effectiveness and safety of firefighting operations.
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