Difference between revisions of "Leap Controlled RC Car"
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== Project Overview == | == Project Overview == | ||
The goal of this project is to create an RC car that is controlled by a Leap Motion pad through hand gestures. The Leap Motion will be connected to a computer and will communicate with an Arduino on the RC car. This communication will most likely occur via a bluetooth dongle. The RC car will be purchased from a kit online and customized as needed. | The goal of this project is to create an RC car that is controlled by a Leap Motion pad through hand gestures. The Leap Motion will be connected to a computer and will communicate with an Arduino on the RC car. This communication will most likely occur via a bluetooth dongle. The RC car will be purchased from a kit online and customized as needed. | ||
| + | |||
| + | == Team Members == | ||
| + | * David D’Agrosa | ||
| + | * Andrew O’Sullivan | ||
| + | * Alden Welsch (TA) | ||
== Objectives == | == Objectives == | ||
Revision as of 06:02, 29 February 2016
Project Overview
The goal of this project is to create an RC car that is controlled by a Leap Motion pad through hand gestures. The Leap Motion will be connected to a computer and will communicate with an Arduino on the RC car. This communication will most likely occur via a bluetooth dongle. The RC car will be purchased from a kit online and customized as needed.
Team Members
- David D’Agrosa
- Andrew O’Sullivan
- Alden Welsch (TA)
Objectives
The primary objectives of this project involve the construction of an RC car, exploring the capabilities of programming with Arduino, and controlling the RC car via a Leap Motion pad. The RC car is the foundation of our project so finding a suitable kit which can be modified to incorporate an Arduino is the first objective. Building a circuit to connect the Arduino to the RC car will allow us to begin writing code to control the RC car. The final and most difficult objective involves understanding how the Leap Motion pad outputs information, transforming a hand motion into a bluetooth signal, and sending that information to control the RC car. If bluetooth proves to be too difficult of an option, we may pursue simpler ideas with time permitting. If we finish our project early, we will work on a mobile app to control the RC car.
Challenges
Challenges we might encounter include learning how to program in Arduino, taking data in from the Leap Motion pad, communicating wirelessly between a computer and the Arduino, and programming the Leap Motion pad. With minimal experience coding, extra time will need to be devoted to understanding the most accessible language and its functionality.
Budget
- RC car $13.99 (Link)
- We need this component to act as the body of our car. It is a simple kit that includes wheels and motors that can be configured with the Arduino
- We need this component to act as the body of our car. It is a simple kit that includes wheels and motors that can be configured with the Arduino
- Arduino (supplied by class)
- We need this component to be our motor controller and run our code on the car.
- We need this component to be our motor controller and run our code on the car.
- Batteries $9.99 (Link)
- We need batteries to drive the motors and run the Arduino on our RC car
- We need batteries to drive the motors and run the Arduino on our RC car
- Leap Motion $58.99 (Link)
- Leap motion is a fun, new tool that can easily read hand motions and will act as the input to drive our RC car.
- Leap motion is a fun, new tool that can easily read hand motions and will act as the input to drive our RC car.
- Bluetooth dongle $13.99 (Link)
- We need a this component because the computers in our lab do not have Bluetooth built in. We will be communicating with the Bluetooth shield on the RC car via Bluetooth.
- We need a this component because the computers in our lab do not have Bluetooth built in. We will be communicating with the Bluetooth shield on the RC car via Bluetooth.
- Bluetooth Transceiver Module Slave $9.99 (Link)
- This component allows the Arduino to easily receive information from the computer and act based on whatever inputs it receives.
- This component allows the Arduino to easily receive information from the computer and act based on whatever inputs it receives.
- Ardumoto Shield Kit $35.45 (Link)
- The Ardumoto Shield included in this kit is an easy-to-use dual motor controller. This will allow us to control the motors in 2 directions and integrates easily with our Arduino. Additionally, this kit comes with 2 spare wheels, 2 spare motors, 3 screw terminals which are necessary for our Arduino, stackable headers, extra black wire, and a 9V to barrell jack adapter so that our battery can easily configure with the Arduino.
- The Ardumoto Shield included in this kit is an easy-to-use dual motor controller. This will allow us to control the motors in 2 directions and integrates easily with our Arduino. Additionally, this kit comes with 2 spare wheels, 2 spare motors, 3 screw terminals which are necessary for our Arduino, stackable headers, extra black wire, and a 9V to barrell jack adapter so that our battery can easily configure with the Arduino.
- Note: All prices include shipping
Total: $142.40
Gantt Charts
