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Working Project | Mechanical Engineering | India | Volume 11 Issue 6, June 2022
Design & Fabrication of Manless Defense Robot
K. Venkatesh [5] | K. Sudheer Kumar | L. Vamsi Sai | N Venu Gopal Naik | S. Mahesh Kumar | Dr. R. Vaikunta Rao
Abstract: A robot can be a much more practical and efficient option in industries, medical, and other fields where risky, unmanageable, and varied tasks are difficult to handle by humans. Hence, there is a need for an object, which can physically handle the task. Internet of Things (IoT) is the term used to denote the act of connecting different systems so that they may work in tandem with each other, sharing data and process variables. There is an ongoing revolution in the overall industrial environment, which is often referred to as the fourth Industrial Revolution or as `Industry 4.0'. It has taken the world by storm, affecting not only the manufacturing industries but also the technology industries. It can be used by military SWAT teams to keep human soldiers safe that would normally perform this type of operation. The robot enhances the capabilities of law enforcement and first - responders by allowing them to safely and quickly inspect treacherous situations. Integration of Robotics in Manufacturing will lead to a giant leap in output and worker satisfaction. The current work emphasizes the application of IoT in the design of a prototype Robot model, developed by additive manufacturing. Now we propose a unique feature of Robot to control a robot called IOT, which can control from world wide area.
Keywords: IoT, Nodemcu, wireless control, robotics, unmanned ground vehicle, military robots, application of AI, Wi - Fi module, Defense Robot
Edition: Volume 11 Issue 6, June 2022,
Pages: 1366 - 1368