Abstract

Firefighting has been a traditionally dangerous occupation, and a lack of technological innovation has resulted in many and many losses. In addition, current fire-fighting techniques are ineffective and ineffective, relying too much on people who, no matter how well trained, can make mistakes. The use of robots instead of humans to deal with fire hazards is a recent trend that has attracted attention. This is because they can be used in a situation that is too dangerous for anyone to get involved in. A fire can start in a factory or in a remote area for a variety of reasons. Leaks in electricity, for example, can cause serious damage to the cotton industry, the textile industry, and the petrol industry. In addition, it is a very serious condition, leading to significant financial losses and the destruction of nearby communities. Robots are a viable option to protect human life, prosperity, and the environment. The goal is to create a FIRE FIGHTING ROBOT utilizing an embedded system. It will be created and manufactured a robot capable of battling a simulated home fire. It must be able to travel a modelled floor layout automatically while aggressively scanning for a flame. Under addition, the robot may function as a path guider in regular circumstances and as a fire extinguisher in an emergency. Robots built to detect a fire before it spreads out of control might one day operate alongside firefighters, drastically lowering the danger of human harm. The project will serve to create interest and creativity in the domains of robotics while working toward a practical and attainable result to save lives and reduce property danger.

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