Project: Chronocar

Author: Tavina C.

Email: tavinachen.work@gmail.com

Date: March 2023

Revision: V.2

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The Chronocar's flash frequency of LEDs(the headlights) and piezo are determined by the number of seconds it travels. Users are able to input the number of seconds (1-99) using the increase and decrease buttons and it will be displayed on the 4-digit 7-segment display. Then, the user can press the start button and the car will travel for x number of seconds. It utilizes an Arduino Uno as the microcontroller and a pully system to connect the axels to the motor.

Use the website https://cloud.arduino.cc to inject the code into an arduino to run.

Contributors:

Code & Electrical & 3D Designer: Tavina C.
3D Designer & Electrical: Andrea C.
3D Designer: and Jonathan C.

Future Goals:

• Condense the code for the display using methods (See Water Bottle Electrical Alarm project for example)
• Further optimize the aesthetics of the wiring on the 3D printed body
• Improve the fit of the 3D model