Robot Fighting Fire: A Review

Abstract

Firefighting is a dangerous and physically demanding job. Smoke, heat, and flames are all hazards that firefighters frequently face. They also put their own lives in danger to save others. There has been a growing interest in using robots to fight fires in recent years. Searching for victims and putting out fires are two examples of dangerous and repetitive tasks that robots can be used for. They can also be used to get into areas like collapsed buildings that are too dangerous for human firefighters to enter. A fire fighting robot is designed and developed in this paper. A fire detection sensor, a smoke detection sensor, and a heat detection sensor are among the robot's many sensors. A water cannon, a foam cannon, and a fire extinguisher are some of the fire fighting tools that can be attached to the robot. The robot is controlled by a remote operator who can use the robot to search for victims, extinguish fires, and navigate through a burning building.

A wide range of simulated fire situations have been used to test the fire fighting robot. The robot has been successful in finding victims, putting out fires, and detecting fires. Additionally, the robot has been able to maneuver through a burning structure without injuring either itself or the surrounding area. The fire fighting robot is an exciting new technology that has the potential to change the way firefighters fight fires. Searching for victims and putting out fires are two examples of dangerous and repetitive tasks that robots can be used for. Additionally, they can be used to gain access to areas that are too risky for human firefighters. The fire fighting robot is a useful instrument that can aid in the preservation of life and property.