The most important part of this UAV is the thermal camera. Thanks to it, the pilot, or the UAV controller, is able to perfectly distinguish the focus of the fire from the surrounding flames.

In today’s age of digitalization and autonomy, we have decided to push the next frontier. And that is precisely locating and transporting UAVs to places where intervention will be needed. Of course, we can’t do without traditional controls, and that’s why we discuss these control options:

1. Pilot via a control element such as a laptop (intuitive control for every possible operator – using the arrow keys on the keyboard)
2. Thermal camera and autonomous flight
3. Classic controller for RC machines
4. A combination of the above methods

In the Pilsen region we would be in charge of this machine. In other regions it would be up to the discretion of the local departments who would be the operator of this machine. It will be necessary to train the units – therefore we must first find a universal way for piloting.

During testing we will find out which of these methods is universal and optimal for use in the ranks of the IZS (Integrated Rescue System).

During the handover of the UAV we discussed with representatives of the HZS of the Pilsen Region. We discussed problem situations and in general the methodology of how to use this machine during an intervention. The problem is not only in using the right extinguishing cartridge for a given fire or area. But also how to ensure maximum safety for persons who might be in the area of intervention. That is why we are also considering the possibility of not firing an extinguishing cartridge, but basic protective equipment for persons at risk.