DESIGN & FABRICATION OF POWER SKATEBOARD

Authors

  • Jignesh Patel Mechanical Department, Leads institute of technology & engineering
  • Ankur Patel Mechanical Department, Leads institute of technology & engineering
  • Divyesh Patel Mechanical Department, Leads institute of technology & engineering
  • Jitendra Panchal Mechanical Department, Leads institute of technology & engineering

Keywords:

Skateboard, Suspension, Controller, Battery, MCB Switch, Servomotor etc

Abstract

This project is based on automobile, which is “DESIGN & FABRICATION OF POWER SKATEBOARD”. The
main objective of the skateboard is to transport a person from one place to another place. Generally skateboard is operated
by human power. But here we are using a 12V battery to drive a skateboard, which is mounted at the center of the
skateboard. Produced power from battery is transmitted to rear wheel by a cable wire. In rear wheel servomotor is fixed. To
control a speed of engine hand held controller is provided in skater’s hand, which is connect with controller. To control the
speed of skateboard here we are using accelerator and brakes as a controller. To drive a skateboard footrests are provided
besides the both side of the battery box as a standing platform. Suspension system is also installed in front & rear of the
battery for easily carrying heavy weight and drive on bad roads. It provides easy & fast transportation, portability too. In
addition we are also making new design of chassis and frame and also fabricate it for a power skateboard. Electric power
skateboard gives noiseless, vibration less and ecofriendly drive and atmosphere.

Published

2016-04-25

How to Cite

Jignesh Patel, Ankur Patel, Divyesh Patel, & Jitendra Panchal. (2016). DESIGN & FABRICATION OF POWER SKATEBOARD. International Journal of Advance Engineering and Research Development (IJAERD), 3(4), 367–378. Retrieved from https://ijaerd.org/index.php/IJAERD/article/view/1370

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