TRI-WHEEL 337 - How to Build Your Own Android Controlled Car
TRI-WHEEL 337 - How to Build Your Own Android Controlled Car
TRI-WHEEL 337 - How to Build Your Own Android Controlled Car

TRI-WHEEL 337 - How to Build Your Own Android Controlled Car

Regular price $11.99 Sale

TRI-WHEEL 337 - How to Build Your Own Android Controlled Car

Tri-Wheel 337 is the updated version of a previous product of Cyberperx, the Tri-Wheel Uno. The updated version Tri-Wheel 337 works with the updated version of Processing, particularly version 3.3.7. 

The Tri-Wheel 337 digital learning kit, is an instructional ebook / a diy walkthrough, plus 3D stl files and codes, that will be used and will instruct you how to build your own android controlled car, the Tri-Wheel 337.

The Digital Learning Kit Contents:

1. Instructional ebook / diy walkthrough. Contains the following information:

     a. Information on the commercial parts that can be purchased online.

     b. Size and volume of parts to be 3D printed.

     c. Softwares to be downloaded.

     d. Necessary Tools, Equipment and/or Services.

     e. Detailed instruction on how to assemble all the parts.

     f.  Detailed instruction on how to upload and install the codes.

     h. Expected responses from the GUI.

2. 3D STL Files.

     a. For 3D Printing.

     b. Can also be modified before manufacture.

3. Codes.

     a. Arduino Codes to be uploaded to the microcontroller.

     b. Processing Codes to be installed to the android phone.

About the Tri-Wheel 337

The Tri-wheel 337 is an android controlled car, driven through its 2 rear wheels and supported by a caster front wheel in the front. It uses an arduino uno as its main microcontroller board and communicates with an android phone via bluetooth.

Features:

1. Android Controlled

2. Easy to find commercial parts

3. 3D printable and customizable manufacturable parts

4. Open Source

5. Easy to install and upload codes

6. Easy to find and download softwares

7. Customizable GUI android phone controls

8. Arduino compatible

9. Basic Robotics

Uses:

1. STEM Education

2. Reference and templates for prototyping projects

3. Collectible and Toys

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