Published Paper Details:

The design of any modified fire-protection system is an exact science that takes into account a material, thermal analysis of installed systems which became a challenge. The goal of this challenge is to develop the technologies required for drone to assist in firefighting operations. In this paper we are reviewing various research papers regarding designing and testing a fire-fighting drone. The main challenge is to design a UAV system which can carry both static and dynamic load of a water column. Following review illuminates various aspects of designing and testing that are required to make a drone which can withstand all the forces, stresses and vibrations generated while operating. Also, study of all the controlling parameters for better and smooth controlling of a drone is included. It will include design of profiled frame & its analysis, selection of standard propellers & its analysis, thrust calculation of water column, material selection. Our prime aim is to design an unmanned fire-fighting system which can cope up with fire hazards and increase safety of fire fighters to next level.