LESSON TEME: Applications and Implications

  My final project is DIY electric skateboard controled by using wireless communication. Figure [1] is the electronic arhitecture.

web site page
[1] Electronic Architecture of My Final Project

What materials and components will be required?
Where will they come from?
How much will it cost?

  • Hub Motor / @CARVON Inc. / abuot $300
  • Electronic Speed Controller (ESC)/ @CARVON Inc. / abuot $100
  • Lipo Battery / @TURNIGY Inc. / abuot $70
  • Wood Board / @NAFCO Inc. / abuot $30

What parts and systems will be made?

  • Electronic Board with a Bluetooth Module
  • Wooden Case Containg Electronic Parts
  • Inner Parts to Settle Electronic Parts

What processes will be used?

  • Wooden Case: Cut Wooden Board by Saw
  • Inner Parts: 3D Printer
  • Input: Signal from Laptop Computer
  • Output: Rotate Hub Motor

What tasks need to be completed?

  • Inner Parts: Designed parts by CAD and printout them by using 3D Printer
  • Programming: Receive Signales via Bluetooth Communication and Send Signals to Rotate a Hub moter

What questions need to be answered?

  • Currently Nothing

What is the schedule?

  • CAD Design: 5/23 - 5/29
  • Inner Part Printout: 5/23 - 5/29
  • Electronic Parts Setting: 5/30 - 6/5
  • Construction: 5/30 - 6/5
  • Programming: 6/6 - 6/10 days

How will it be evaluated?

  • to be able to ride on the skatebaord
  • to be able to communicate between the electronic board and the mobile device
  • to be able to run

Who's Done What Beforehand?

  • I have to design the overwhole appearance by using 3D CAD
  • I have to design the electronic architecture
  • I have to purchase and prepeare the electronic parts considering the architecture
  • I have to make a board for me to ride on