Design and Construction of an Automatic fire fighter & surveillance Robot.

Abstract

The Design and construction of an Automatic Fire Fighter & Surveillance Robot aim to provide an innovative solution for fire detection and firefighting in hazardous environments. This project integrates advanced components such as an IR reader, flame sensor, GPS module, GSM module, Arduino Uno, and motorized systems to create a dual-part system. The transmitter unit detects fire incidents and transmits real-time location data to the firefighting robot. The receiver unit on the robot processes this data, enabling it to navigate to the fire site using BO motors and a motor driver. Upon arrival, the robot's secondary system utilizes the flame sensor to confirm the presence of fire, and a MG995 servo motor is employed to deploy a CO2 foam spray for extinguishing the flames. The system demonstrates the effective use of automation in reducing human involvement in high-risk scenarios while providing a responsive and efficient firefighting mechanism. This robot not only ensures timely action but also contributes to safety and surveillance in challenging environments.