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Journal of Microelectronics and Solid State Devices Original Research

Remote Control Cars: A Study on Design, Mechanics, and User Experience

  1. Ankit Yadav Department of Electronics and Telecommunication Engineering, MITS Gwalior (Deemed to be University), Gwalior
  2. Sambhav Sharma Department of Electronics and Telecommunication Engineering, MITS Gwalior (Deemed to be University), Gwalior
  3. Nazish Ahmed Department of Electronics and Telecommunication Engineering, MITS Gwalior (Deemed to be University), Gwalior
  4. Naveen Dehariya Department of Electronics and Telecommunication Engineering, MITS Gwalior (Deemed to be University), Gwalior
  5. Hemant Choubey Department of Electronics and Telecommunication Engineering, MITS Gwalior (Deemed to be University), Gwalior

Abstract

The number of people who like driving remote-control cars has skyrocketed over time, and many of them are searching for high-performance cars that will give them thrilling experiences. Using a nitro-powered engine, the Nitro Remote Control Car Design and Fabrication project aims to develop a cutting-edge, powerful remote-controlled car with exhilarating performance and speed. The remote control car is designed to provide better customer experience and works well. Thanks to the combination of latest hardware and software, our remote control cars feature intuitive, precise control and advanced performance. Using Smartphone connections, users can work remotely with ease and precision from their cars, from anywhere with an internet connection. Additionally, the integration of autonomous navigation functionality adds convenience and versatility to the system. These concepts highlight the potential uses of technology in various fields such as entertainment, education, and research. Our body aims to define the standards of user interface and performance in the RC car world, pushing boundaries of traditional RC car design.

Keywords

References (11)

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