Post by account_disabled on Aug 30, 2023 10:51:49 GMT
Merino: With the current technology, UAVs can be employed when the wind conditions are not severe, and mainly for bushfires as opposed to forest fires. But with advancements to control mechanisms and other UAV technologies, they could also be used for the extreme cases like crown fires, which are associated with strong winds.
RG: What about the future? How might future developments in UAV technology Switzerland Mobile Number List improve or change the way UAVs assist in fire detection and control?
Merino: Again, progress needs to be made regarding the integration of UAVs with manned aircrafts and the related regulatory issues.
Advances in sensor technology will allow smaller infrared and multi-spectral payloads for UAVs, which means that smaller UAVs will be able to participate in fighting tasks and provide better information about the fire.
Improved endurance of the platforms would enable the UAVs to carry out longer missions. And new developments in control technology will allow them to operate under harsher conditions, like wind gusts, which are common and a big issue in the most dangerous fires.
In the future we can also expect autonomous adaption of the system to the best points of view for observing the fire, and even the cooperation of several UAVs on these tasks.
RG: What about the future? How might future developments in UAV technology Switzerland Mobile Number List improve or change the way UAVs assist in fire detection and control?
Merino: Again, progress needs to be made regarding the integration of UAVs with manned aircrafts and the related regulatory issues.
Advances in sensor technology will allow smaller infrared and multi-spectral payloads for UAVs, which means that smaller UAVs will be able to participate in fighting tasks and provide better information about the fire.
Improved endurance of the platforms would enable the UAVs to carry out longer missions. And new developments in control technology will allow them to operate under harsher conditions, like wind gusts, which are common and a big issue in the most dangerous fires.
In the future we can also expect autonomous adaption of the system to the best points of view for observing the fire, and even the cooperation of several UAVs on these tasks.