Fire Fighting Robot Using Internet of Things (IoT) for Various Temperature Levels

Abstract

The project combines software engineering, electronics, and robotics to create a firefighting robot that can check water levels in real time. The robot must be able to combat fires and adapt to different environments. Chassis, mobility systems, water storage, pumps, and firefighting devices are among the components. For extended use, an efficient power system is built. For the robot to navigate a variety of terrains, mobility is essential. For autonomous operation, a variety of sensors are included, such as infrared and ultrasonic ones. Calibrated water level sensors that send data to a microcontroller enable the integration of real-time water level data. Real-time data transmission, firefighting techniques, navigation, and obstacle avoidance all depend on programming. Remote control and real- time monitoring are made possible by communication systems that utilize Wi-Fi. The project culminates in extensive testing and deployment in accordance with the highest safety standards.