Review Paper on Fire Fighting Robot Using Arduino

Fire hazards pose significant risks to life, property, and the environment. Traditional fire detection systems often rely on human intervention, leading to delays in response time and exacerbating the damage caused by fire incidents. Our project, Fire Fighting Robot using Arduino, addresses this challenge by utilizing a combination of modern sensor technology, robotics, and IoT to provide an autonomous and real-time solution.Undoubtedly, firefighting stands as a crucial profession, yet it inherently carries significant risks. The potential for substantial damage arises when human intervention is absent in promptly detecting fires. This project introduces a robust fire-fighting robot designed to detect and combat fires autonomously. The robot is equipped with an ESP32 microcontroller at its core, four BO motors for movement, and an L293D motor driver for precise motor control. Integration of a single-channel relay module and a 6V DC water pump enables efficient fire suppression. Powered by a 3.7V battery, this versatile robot promises a proactive approach to firefighting scenarios, showcasing adaptability and advanced sensing mechanisms to swiftly identify and combat fires.