Abstract: Without a question, combating fires is a crucial profession, but it's also an extremely risky one. When a fire is detected without human intervention, significant damage is frequently caused. The goal of this project is to create a remote-control firefighting robot. Hardware and programming are the two components of the development of the Fire Fighting Robot. The prototype robot's drive mechanism consists of four battery-operated 100 rpm motors. Additionally, the ATmega328P (Arduino ) microcontroller connects to a sensors, including the Flame sensor, to provide feedback to the robot. The robot receives all movement-controlling instructions from a microcontroller with the help of which it can put out the fire. This study provides an overview of the operation and modelling of a prototype automated fire fighting robot.(Firefighting Robot; IR Distance sensor; Flame sensor)