The need for a robot that can detect and extinguish a fire is long past due. Many house fires originate when someone is either sleeping or not at home. Fire disasters can occur anytime and result in high losses. It is often that fire fighters cannot access the source of fire due to the damage of building and very high temperature, or even due to the presence of explosive materials. With such constraints and high risk in the handling of the fire, a technological breakthrough that can help fighting the fire is necessary. Our work proposed the use of robots to extinguish the fire that can be controlled from a specified distance in order to reduce the risk. This work describes a smart fire fighter robot designed using RF module, Wi-Fi Module, microcomputer wireless transmission. The robot can transmit real-time video with a camera in a wireless fashion with night vision capabilities, and controlled via remote access from android phone. Fire hazards pose a significant risk to life, property, and the environment, often leading to catastrophic damage when not addressed promptly. Traditional firefighting methods rely heavily on human intervention, which can be dangerous and inefficient in high-risk environments. To overcome these challenges, this project presents the design and development of a Smart Fire Fighting Robot - a mobile, autonomous robotic system capable of detecting and extinguishing small fires in a controlled environment. The system is powered by a battery pack and programmed through the Arduino IDE to make real-time decisions based on sensor inputs. This prototype demonstrates the feasibility of robotic intervention in fire emergencies and offers a safer, cost- effective solution to assist or replace human firefighters in hazardous situations. The project serves as a foundation for future development of intelligent, large-scale firefighting robots capable of operating in industrial or outdoor environments.

Keywords - Smart Fire Fighting Robot, Arduino IDE, Flame Sensor, Wi-Fi Module, RF Module, Wireless Camera, Android Control, Fire Detection, Robotics, Autonomous System.