Arduino Based Fire Fighting Robot

Arduino Based Fire Fighting Robot

Deore Jagruti1, Zalte Priyanka2, Waghchaure Dhanashree3, Shelke Pratiksha4,

Guide: Prof. Tathe S.G.

SND College of Engineering and Research Center, Yeola

Abstract
Fires pose a significant threat to life and property, demanding innovative and efficient solutions for mitigation. This project introduces an Arduino Uno-based Fire Fighting robot, a pioneering technological advancement in firefighting. The heart of this robot is the Arduino Uno microcontroller, which orchestrates its functions, integrating advanced hardware and software components. Equipped with an array of sensors and actuators, the robot can accurately detect fires, navigate challenging terrains, and access fire-affected areas swiftly. The intelligence of the robot stems from its programming capabilities, where the Arduino Uno processes sensor data, makes real- time decisions, and executes appropriate actions. It incorporates wireless communication modules for transmitting critical information to remote control stations, enhancing its adaptability in diverse fire scenarios. The compatibility of Arduino Uno with various programming languages and open-source libraries allows for the development of complex algorithms, contributing to the robot's versatility. This innovative Fire Fighting robot represents a groundbreaking fusion of robotics and firefighting technology, with the potential to revolutionize fire emergency responses. As technology continues to evolve, the application of Arduino-based solutions in critical sectors, such as firefighting, underscores remarkable strides towards enhancing human safety and disaster management.

Keywords: robot, firefighting, Arduino Uno