Fire Fighter - introduction
Learn about the basic information about the Fire Fighter dronoid.
Learn about the mechanical and electrical construction of the Firefighter dronoid.
List of available expansion modules for the Fire Fighter dronoid.
Check in which applications the Fire Fighter dronoid works best.
Pictures and videos of the Fire Fighter dronoid in action.
Fire Fighter Drone is an advanced project of a specialized operational dronoid designed for fire units. The dronoid has been constructed with the use of special materials with an increased coefficient of temperature resistance, which allows to carry out missions in situations where ordinary multi-rotors are not applicable due to technical limitations. Thanks to the use of specialized equipment, it is able to locate the sources of fire, analyze their spread, and also facilitate the supervision of the entire firefighting operation.
The fire sources detection function is useful mainly in the case of monitoring peat bog areas, green areas that are difficult to access or, for example, in the liquidation of fires during the extinguishing phase of fires in large industrial areas. High-quality cameras allow you to view operational activities, and locators allow you to create maps of fire spread in real time.
Due to the fact that it is equipped with a chemical-pyrotechnic charge, the dronoid is able to eliminate it effectively after detecting a fire source in the initial stage of a fire. This functionality is also used for the extinguishing action.
The Firefighter platform is fully adapted to cooperation with ground fire fighting teams, it can also fully cooperate with a stationary or mobile command station.
Dronoid Fire fighter is owned by Fire Fighter Sp. z o.o., which is part of the Spartaqs Group.
Implemented directly with the help of:
- mobile command station
- base command station
- handheld computer
And indirectly, by designing missions in advance, run with commands.
Optional control and positioning system based on characteristic points of the terrain, independent of GPS.
- Range – 2000 meters
- Number of channels – 11
- Working band – 2.4 GHz
SYSTEM GASZENIA POŻARÓW
A chemical-pyrotechnic extinguishing charge enables effective elimination of a fire start.
REDUNDANCY OF COMPONENTS
This class of dronoids uses full redundancy of circuits responsible for control, such as flight controllers, locating systems or power supply, thanks to which possible failures of individual components do not affect the continuation of the mission.
transmitter power – 1000 mW
Number of channels – 32
Working band – 5.8 GHz (1.2 GHz – option)
KONSTRUKCJA, ODPORNA NA WARUNKI ATMOSFERYCZNE
High-power regulators with passive cooling and closed motors, resistant to severe weather conditions.
ROBUST FRAME RESISTANT TO HIGH TEMPERATURES
Frame and body structure – aluminum and composite with increased resistance to high temperatures, which enables efficient firefighting operations.
- FPV camera with OSD
- IR camera with OSD
- IR camera with OSD
Implemented directly with:
- Mobile command station
- Base command station
- Wristop computer
Implemented indirectly, by designing a mission run with commands in advance.
Optional control and positioning system, based on characteristic points of the terrain, independent of GPS.
Mission accomplishment based on full cooperation with ground units.
- System of optoelectric environmental analysis
- Containers with extinguishing agent
- Preconfigurable lighting
- Landing lights
- Signal Jammer
- Directional microphone
- Tracker GPS
- Megaphone for communication with people in the fire area<
- Base and mobile command station and three handheld computers to control and monitor the image from the dronoid
- The ability to interact with other dronoids within the Dronet network
- The possibility of making a dronoid configured for specific customer needs
Thanks to the use of specialized equipment, it is able to locate the sources of fire, analyze their spread, and also facilitate the supervision of the entire firefighting operation. The fire detection function is useful mainly in the case of monitoring peat bog areas, green areas that are hard to reach or, for example, in the elimination of fires during the extinguishing phase of fires in large industrial areas.