Metal Detecting Robot with Location Transmission System
S V S N Murthy, Anuragh Vijjapu, D Vijendra Kumar, Gautham Vinod, K Rajasekhar, Ch V V S Srinivas · 2023
This Bomb detection is now a very important and dangerous technique for protecting human life. The passage of time is crucial in any Bomb rescue attempt. Our goal is to speed up bomb detection compared to manual detection because a bomb can explore at any time. Manual bomb detection is a time-consuming and extremely dangerous operation. The earlier method for the detection of the bomb was very dangerous for human life. An idea based on a wireless robot that can detect bombs is put out as a solution to the issue. The robot is controlled by a Smartphone over Bluetooth using an application that connects to the Bluetooth module. Because every bomb contains some metal components, we are using an inductive proximity sensor in this situation to serve as a metal detector. The system uses the Global Positioning System (GPS) tracking technology in conjunction with the Global System for Mobile Communication (GSM) technology to not only identify bombs but a-so determine their location. The precise location of metal in the field can be determined using an integrated system utilizing the most recent tracking methods using a satellite receiver in the form of a GPS Modem, integrated with a robotic vehicle. There by the GSM module then sends the data that was received to the authorized Mobile user. In case of any remote-operated bombs, we use an IR jammer to jam the signals of the remote that is used to control the activation of the bomb. This was implemented using Arduino Mega to control all the actions performed by the robot. When compared to manual detection, the key goals of this implementation are to ensure operator safety and shorten detection times.