Fire incidents can cause significant harm and destruction to the environment. Due to the lack of visibility and the presence of smoke, it can be challenging for firefighters to assess the situation accurately. Moreover, the intensity and spread of the fire can rapidly change, making it even more complicated. Therefore, it is essential for firefighters to exercise caution and rely on their experience and training to make informed decisions and manage the situation effectively. Our team has developed a fire-fighting drone that offers significant benefits. Drones can be utilized as firefighting tools, providing a potentially superior approach. They do not pose any risk to personal belongings, and the drone can be operated using a transmitter. The project's prerequisites include Arduino BLDC, ESCs, a transmitter, a receiver, and a Li-po battery. Components such as the propeller and MPU6050 are relevant in this context. The foundation of the firefighting drone is built on the Arduino platform, which is utilized for sensing and controlling items within the physical realm. The ESC system is employed to manage and fine-tune the management of the vehicle's velocity and electric motor. The receiver and transmitter are two essential components in wireless communication systems. The transmitter converts information into a suitable form for transmission, while the MPU6050 sensor helps measure velocity, acceleration, and displacement. Firefighters consider this system as a safeguarding measure for individuals encountering challenging circumstances. The use of drones in firefighting operations is an optimal and highly effective option.
Aug 01, 2021 - Jul 31, 2022