By: Chaitrali Khopade, Reshma Salunkhe, Pratiksha Khot, and Shubhangi Khomane
1-Students, Department of Electronics and Communication Engineering, Shri Chatrapati Shivajiraje Collage of Engineering Dhangawadi Bhor, Pune, Maharashtra India
2-Students, Department of Electronics and Communication Engineering, Shri Chatrapati Shivajiraje Collage of Engineering Dhangawadi Bhor, Pune, Maharashtra India
3-Students, Department of Electronics and Communication Engineering, Shri Chatrapati Shivajiraje Collage of Engineering Dhangawadi Bhor, Pune, Maharashtra India
4-Students, Department of Electronics and Communication Engineering, Shri Chatrapati Shivajiraje Collage of Engineering Dhangawadi Bhor, Pune, Maharashtra India
Given the proliferation of weaponry in today’s globe, national security is critical. It is crucial to consider the security of both army personnel and residents of places that are likely to experience conflict because of this. In essence, a landmine is an explosive weapon that the enemy has concealed underground. Anytime a person or a car passes over it, it explodes. The pressure created by people or cars on the surface where the mine is placed is what causes the explosion. Every day, newspapers all over the world publish many news stories about injured military personnel or individuals who die while defusing bombs. Here, a robotic device is intended to safely find and defuse a bomb within a 100-meter radius while safeguarding the bomb disposal team from potential threats. The robot is meant to operate automatically (PC). When the sensor picks up a metal, the GPS and GSM send out an SMS with the bomb’s position. The servo motor is triggered and the metal ball is hurled on the device to disarm it if the identified metal turns out to be a bomb. Robot design includes Adriano Nano board, DC motors, GPS, and GSM. Protest software is used to mimic the configuration at first, and a personal computer is used to operate the full hardware arrangement.
Keywords: Robot, GPS, GSM, DC motors, servo motor, landmine
Citation:
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