Design and Implimenation of a Robot for Extinguishing Fire using the Internet of Things

Abstract

Robots are becoming more and more important in the rapidly evolving field of technology, particularly in high-risk situations. Our goal is to create an autonomous firefighting robot that can locate and put out house fires on its own with water. This project directly addresses the risks that come with battling fires, putting the safety of people's lives first and improving the effectiveness of rescue efforts. While some fire departments now use robots, there are ongoing issues with size, weight, cost, and performance that call for a comprehensive solution. Our strategy is based on a thorough analysis that identifies five essential components that are necessary for the creation of a useful and reasonably priced firefighting robot. It is critical to address these limitations if we are to overcome the enduring flaws seen in current robotic systems. The intended robot, resulting from this all-encompassing approach, seeks to not only lessen these challenges but also to enhance the capabilities of fire departments significantly. The ultimate objective is to save lives while also making a positive impact on the general effectiveness of rescue efforts during emergencies. The emphasis of this research project is on the revolutionary potential of robotics in guaranteeing emergency responders' and those they are committed to defending's safety. Our goal is to completely transform emergency response by pushing the limits of existing technology and setting the standards for firefighting robots. Our research aims to be a good change agent by using this novel technique, creating a future where autonomous firefighting robots are dependable allies in protecting people and property.