Project Statement

We aim to develop a low-cost, easily customizable remote-controlled car that helps introduce public school students to electronics and CAD design through hands-on learning.

Precedents

Conceptual, technical, and visual

Conceptual Precedent

Name: Bingo RC Drift Car Kit

Creator: Adrenaline RC Racing

Technical Precedent

Name: gyro

Creator: god

Visual Precedent

Name: truck

Creator: traxxas

Schematic Diagram of Drive System

؜Chassis Prototype

؜This was a test of a solid rear axle with suspension

We also took Enzo's RC car from home and made the wheels more slick to make it able to drift.

؜Electronic Prototype

؜Electronic Prototype (Iteration 2)

؜This next iteration is a design by TheDIYGuy999. It uses a Arduino, Hw-123, potentiometer and a servo. The potentiometer controls how strong the steering assist is.

Steering Prototype

This is a prototype of the Akerman steering commonly used in RC cars and regular cars

Steering/Chassis/Electronics Prototype

A 3d printed version, with a servo for steering and a broken h-bridge circuit for motor control

Education Kit

About RC Drift Cars:

1. Introduction
2. History
3. Precedents
4. Lesson Plan

Electronic Kit:

1. Arduino Uno
2. MPU 6050
3. Servo
4. Breadboard
5. Jumper Wire
6. Batteries

Mechanical Kit:

1. 3d Printed chasis
2. Guide to put things together

1) Get a moving prototype by fixing the h-bridge

2) Make it look nicer

3) Add the gyro

4) Create instructions and make it a buildable kit

Next Steps

Thank You!