Rc Car
The purpose of my project is to give the user a wonderful experience. It's about controlling the RC car only by wearing a single glove in his hand.
Since I was a kid I have fallen in love with cars and the only way to get in touch with cars was car toys and RC cars. So, now I want to make my RC car to be the first smart device I created from scratch and I give it the name Fadfedo. :D
I gets inspired by videos on YouTube.
Video 1
Video 2
The project idea is a wireless RC car with some features like anti crashing system and fully controlled by hand. When you lean your hand forward, the car will move forward. If you lean your hand backward, the car will move in the backward direction. Turn your hand right, the car will change the destination to the right and the same to the left. The speed of the operation depends on the angle you make with your hand, the more you lean your hand, the car goes faster.
Construction Parts
The body of the car will be designed as 2.5D parts using Fusion 360 and fabricated using Laser Cutting.
Input
(Sensing, Tactile Input, and/or Graphical Input)
Ultrasonic sensor - IMU - Tilt sensor- mobile app
Action
(Physical and/or Graphic)
One mode:
The RC car will be controlled by a smartphone Bluetooth app, while working if something obstructs, the car will stop.
Led - Speaker - DC motor
Brain
Arduino Uno - Arduino nano
Power Management
Batteries
Minimum Features: are the least amount of features that would demonstrate the coverage of all the technical modules and their complete integration
Complete Features: are the set of features that will complete your original project objective and vision
Nice-to-have Features: are the extra set of features that will make the project cooler, yet they need extra time, effort, and/or resources to finish
Minimum User Features
The car works and has an anti crashing system and is controlled by a smartphone App.
Action: DC motor
Sensing: Ultrasonic
User Input: Bluetooth Application
Complete User Features
The car works and has an anti crashing system, has lights and sounds like exhaust when the car starts, and is controlled by a smartphone App.
Action: DC motor- LED - Speaker
Sensing: Ultrasonic
User Input: Bluetooth Application
Nice-to-have User Features
The car works and is fully controlled by the glove.
Action: DC motor
Sensing: Ultrasonic - Tilt sensor -IMU
User Input:
Task
Sub-Tasks
From:
To:
Create a Bill of materials
-Research and list all components
-Look up power requirements for all components
-Calculate power source requirements
24th feb
25th feb
Electronics & Programming on a breadboard (Minimum Features)
The car works and has an anti crashing system and is controlled by a smartphone App.
26th feb
5th mar
Design Enclosure
Create CAD on Fusion 360
Create Mounting for components
7th mar
9th mar
Fabrication & Integration
-Fabricate and assemble the enclosure
-Mount all components
-Test minimum features
11th mar
16th mar
Component/Material
Amount
Link
Controlled by mobile app
Arduino UNO (from kit)
1
https://ram-e-shop.com/product/kit-arduino-uno/
Battery holder 2 cell
1
https://ram-e-shop.com/product/battery-holder-18650x2/
DC motor
4
https://free-electronic.com/product/robot-smart-car-dc-motor/
LEDs (from kit)
-
Speaker
1
Controlled by glove
Arduino nano
1
https://ram-e-shop.com/product/arduino-board-arduino-nano/
Tilt Sensor (from kit)
1
Battery holder 1 cell
2
https://ram-e-shop.com/product/battery-holder-18650x1/