Fire Fighting Drone Using Fire Extinguisher Ball

Abstract

Drones are a kind of unmanned aerial vehicle (UAV) that is controlled by a radio transmission. Drones like this get about by use of rotary motors. The inexpensive cost and ease of construction make them quite popular. Drones have found extensive application in several industries, such as transportation, military, security, and more. There is a great deal of potential in unmanned aerial vehicles (UAVs), and our study focuses on one practical use of drone technology that might help people. One may convert a drone into a firefighting drone with some clever tweaks. There is a lot of study and a lot of designs in this field. Rapid advancements are being made in drone technology. A giant step in the right way has been the advancement of GPS navigation and the automation of drones. Morphology technology, which allows drones to change their form, is one example of an upcoming drone technology. Our goal is to build a functional morphological fire fighter drone by fusing the concepts of morphological drones with those of firefighting drones. A technique for suppressing wildfires using these swarms of firefighting drones has been developed via research. On a fire front, a swarm of hundreds of drones may mimic the impact of rain by continuously spraying fluids to put out the fire. The self-coordinating system that can carry out the intended firefighting actions is the main point of emphasis.
According to studies, this swarm of drones' capacity to coordinate itself can work in physically changing contexts, generate accurate forecasts, and verify that the swarm's number of drones can scale as predicted. In an ideal world, with enough time and drones, every wildfire could be put out. Nevertheless, because to the limitations of existing technology, there is a cap on the number of drones that may be part of a swarm. Since these autonomous swarms of firefighting drones can organize themselves, human first responders will be superfluous in putting out wildfires.