http://www.instructables.com/id/Arduino-Projects/

Introduction

The Arduino micrcontroller has a nearly limitless array of innovative applications for everything from robotics and lighting to games and gardening! It's a fun way to

automate everything, enabling you to control simple devices or manage complex Halloween displays.

The Instructables editors have chosen some of our best do-it-yourself Arduino technology projects to educate and inspire you to make great things with easily-available

tools.

Instructables is the most popular project-sharing community on the Internet. Since August 2005, Instructables has provided easy publishing tools to enable passionate,

creative people to share their most innovative projects, recipes, skills, and ideas. Instructables has over 40,000 projects covering all subjects, including crafts, art,

electronics, kids, home improvement, pets, outdoors, reuse, bikes, cars, robotics, food, decorating, woodworking, costuming, games, and life in general.

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Introduction

The Arduino micrcontroller has a nearly limitless array of innovative applications for everything from robotics and lighting to games and gardening! It's a fun way to automate everything, enabling you to control simple devices or manage complex Halloween displays. The Instructables editors have chosen some of our best do-it-yourself Arduino technology projects to educate and inspire you to make great things with easily-available tools. Instructables is the most popular project-sharing community on the Internet. Since August 2005, Instructables has provided easy publishing tools to enable passionate, creative people to share their most innovative projects, recipes, skills, and ideas. Instructables has over 40,000 projects covering all subjects, including crafts, art, electronics, kids, home improvement, pets, outdoors, reuse, bikes, cars, robotics, food, decorating, woodworking, costuming, games, and life in general.

Introduction
- Author and Copyright Notices
- Disclaimer
Arduino animatronics- make your awesome costumes more awesome!
- Intro: Arduino animatronics- make your awesome costumes more awesome!
- Step 1: First you need an Arduino
  - File Downloads
- Step 2: Building the controller
- Step 3: Getting started
- Step 4: Making connections- motors, LEDs and transistors
  - File Downloads
- Step 5: Now let's have some fun!
- Step 6: Using buttons
- Step 7: Adding a servo
- Step 8: Sound effects and bend sensors
  - File Downloads
- Step 9: Controlling servos
- Step 10: Nunchuck control
- Step 11: Predator cannon
  - File Downloads
- Step 12: War Machine cannon
- Step 13: Going wireless with XBee
- Step 14: Resources
- Step 15: FAQs
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How to have fun with Arduino (and become a Geek in the process)
- Intro: How to have fun with Arduino (and become a Geek in the process)
- Step 1: Get yourself an Arduino
- Step 2: Where does the cable go? Here is the A side and its home
- Step 3: And here is the B side of the cable
- Step 4: Powering your board
- Step 5: External power using a wall wart
- Step 6: You can add the optional prototype board
- Step 7: Protoshield & prototype board on top of your Arduino
- Step 8: What to do with a prototype board? Look at this.
- Step 9: There are pins & connectors on your Arduino too.
- Step 10: Next lets talk about the software
- Step 11: So what is Physical Computing?
- Step 12: Whats Next?
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Arduino R/C Lawnmower (painted)
- Intro: Arduino R/C Lawnmower (painted)
- Step 1: Setting up
- Step 2: The Motor Driver
- Step 3: The Wheels
- Step 4: The Frame part A
- Step 5: The Frame part B
- Step 6: Mounting the motors
- Step 7: Mounting the mower deck
- Step 8: Select and Install the batteries
- Step 9: Mount the electronics
- Step 10: The Code
  - File Downloads
- Step 11: More Videos
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The Word Clock - Arduino version
- Intro: The Word Clock - Arduino version - THE BACKGROUND - POWER - REUSE YOUR ARDUINO FOR ANOTHER PROJECT
- Step 1: The new hardware - Controller board schematic - BETTER DRIVERS - A NEW PCB - IS THIS JUST A NEW SHIELD?
  - File Downloads
- Step 2: The hardware - Make the controller board - TONER TRANSFER IS EASY - BE SAFE - CLEAN UP - DRILL HOLES
  - File Downloads
- Step 3: The hardware - Populate the controller board - POPULATE THE PARTS IN ORDER OF SIZE
- Step 4: The display board - THINK FIRST - MOUNTING THE LEDs - MAKING IT (Hey thats a great name for a magazine :-) - DRILL HOLES - MOUNTING LEDs - SOLDERING IT TOGETHER - DO I REALLY USE 360R AND 36R RESISTORS? - ADD A RIBBON CABLE
  - File Downloads
- Step 5: Make the time changing buttons
- Step 6: Program the Arduino and test the displays
  - File Downloads
- Step 7: Make the word stencil and baffles
  - File Downloads
- Step 8: Making a simple enclosure
- Step 9: Bill of Materials
  - Bill Of Materials
    - Controller board
    - Display board
    - Button board
    - Stencil board
    - Power Supply
- Step 10: Next Steps
- Step 11: Whats been hapening these last few months....
  - File Downloads
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Light for life: Glowing button cycling jacket
- Intro: Light for life: Glowing button cycling jacket
- Step 1: Gather stuff for the project
- Step 2: Start our own sewing project!
- Step 3: Sewing the jacket
- Step 4: Exploring with electronics
- Step 5: Make your own shining bright buttons
- Step 6: Make your own interactive jacket
- Step 7: Connecting the Arduino
- Step 8: More on connecting the bits and pieces
- Step 9: And there was light!
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A credit card sized Ethernet Arduino compatable controller board
- Intro: A credit card sized Ethernet Arduino compatable controller board
- Step 1: Here is the Schematic Diagram
  - File Downloads
- Step 2: The PCB Layout
  - File Downloads
- Step 3: Soldering the Components
- Step 4: Programming the Firmware
  - File Downloads
- Step 5: But what does it do????
- Step 6: Parts LIst
- Step 7: KiCad Files
  - File Downloads
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Secret Knock Detecting Door Lock
- Intro: Secret Knock Detecting Door Lock
- Step 1: Tools, Supplies, And Skills
  - : (If this all looks too challenging, you might consider signing up to the kit mailing list which, when available, will be much easier and a lot more simple.) Time
  - Skills :
  - Tools:
  - Materials :
    - Electronics :
      - Case:
- Step 2: Program The Arduino
  - File Downloads
- Step 3: Lay Out And Test The Circuit
- Step 4: Prepare The Case
- Step 5: Make The Lock Turning Clamp
- Step 6: Make The Knock Detector Spring
- Step 7: Soldering The Circuits
- Step 8: Assembling The Case
- Step 9: Mounting, Testing, and Use
- Step 10: Epilog: Changes And Improvements - Did you build this?
  - Masters of Secret Knocks:
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Wireless Altoids Display
- Intro: Wireless Altoids Display
- Step 1: Components & Tools
- Step 2: Prepare the surface...
- Step 3: Mark & drill holes
- Step 4: Attach the Antenna Socket & Posts
- Step 5: Insulate!
- Step 6: Add Arduino
- Step 7: Attaching the LCD
- Step 8: Wiring up & adding Xbee Module
- Step 9: Finished Construction...
- Step 10: Upload Sketches & Testing
  - File Downloads
- Step 11: Resources
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Temperature Control For Kitchen Appliances
- Intro: Temperature Control For Kitchen Appliances
- Step 1: Parts
- Step 2: Sensing Temperature
- Step 3: Intercept the Heater Control
- Step 4: The Magic of Feedback
- Step 5: Advanced Techniques
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Turn your Arduino into a Magnetic Card Reader!
- Intro: Turn your Arduino into a Magnetic Card Reader!
- Step 1: The Equipment List
- Step 2: Self-clocking Magnetic Card Readers
- Step 3: Magnetic Card Basics
  - Magnetic Card Standards
    - Card Formats
- Step 4: Detect When a Card is Swiped
  - 1. Detect when a card has been swiped
- Step 5: Read the Stream of Data
  - Read the stream of data
- Step 6: Detect the Card Leaving the Reader
  - Detect when a card has gone
- Step 7: Process the Data
  - Process the data
- Step 8: Display the Data
  - Display the data
- Step 9: Code Download and Wrapup
  - File Downloads
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Twittering Laser Tripwire with Webcam Capture
- Intro: Twittering Laser Tripwire with Webcam Capture
  - File Downloads
- Step 1: Connecting The LDR
- Step 2: Connecting the Laser Pointer
- Step 3: Everything in place
- Step 4: Processing
- Step 5: Using open() in processing
- Step 6: Now run it.
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How To Smell Pollutants
- Intro: How To Smell Pollutants
- Step 1: Gather Your Supplies
  - File Downloads
- Step 2: Set Up Your Arduino
- Step 3: Create Your Circuit
  - File Downloads
- Step 4: Test Your Newfound Sense of Smell
- Step 5: Build Away!
  - File Downloads
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- Intro: How to connect Arduino and RFID
- Step 1: What you gonna need?
- Step 2: Plugging all together
- Step 3: The code
  - File Downloads
- Step 4: Results!
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- Intro: Mushroom Environment Control - Arduino Powered
- Step 1: Items
- Step 2: Thermistors
- Step 3: Humidity Reader
  - File Downloads
- Step 4: Co2 Sensor
  - File Downloads
- Step 5: Connect the Arduino
- Step 6: Mains Relays and connection to Powerboard
- Step 7: The Code
  - File Downloads
- Step 8: House the project
- Step 9: The Humidifier
- Step 10: Humidity Calibration
- Step 11: Temperature Calibration
- Step 12: C02 Calibration
- Step 13: Test it out
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- Intro: Arduino Watch Build Instructions
- Step 1: The Materials
  - File Downloads
- Step 2: The Software
- Step 3: Preparing the materials
- Step 4: Carving the Screen Case
- Step 5: Parts Layout
- Step 6: Cutting the watch band
- Step 7: Soldering Connections Diagram
  - File Downloads
- Step 8: Soldering the Trackball
- Step 9: Soldering the Display Connector
- Step 10: Soldering the Real-Time Clock
- Step 11: Solder the Extensions Header
- Step 12: Steampunking the watch
- Step 13: Extensions: Range Finding
- Step 14: Extensions: Temperature Sensing
- Step 15: Wear and Enjoy!
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- Intro: Digital Window Sticker (Arduino Controlled)
- Step 1: Parts List - Digital Window Sticker Parts List
- Step 2: Assemble the BBB Arduino and USB BUB...
- Step 3: Program your Arduino...
  - File Downloads
- Step 4: Assemble the SD-MMC Card Breakout Board
- Step 5: Build the circuit
  - File Downloads
- Step 6: The Enclosure
- Step 7: Creating and Displaying Images
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- Intro: Interface a rotary phone dial to an Arduino
- Step 1: Remove the dial from the phone
- Step 2: Identify the switch
- Step 3: Make the circuit
- Step 4: Develop the code
- Step 5: Check it works!
- Step 6: Hook it into something useful!
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- Intro: Arduino Powered Binary Clock
- Step 1: Component Shopping List
- Step 2: 8421 Binary and 24 Hour Time
- Step 3: Creating the Arduino Binary Clock PCB
- Step 4: Clock Case
- Step 5: Arduino Sketch
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- Intro: Arduino All-in-One Getting Started Guide
- Step 1: Testing Your Board / Getting Started
- Step 2: Wiring the Blinky Lights
- Step 3: Wiring the Pushbutton Switch
- Step 4: Programming the Project
  - File Downloads
- Step 5: Where to Go from Here
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- Intro: The Arduino Weather Station / Thermostat
- Step 1: The Arduino
- Step 2: The LCD Display
- Step 3: Temperature & Humidity
- Step 4: HVAC Control
- Step 5: Current code with wiring instructions
- Step 6: Arduino Clock Module
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- Intro: Control a Schlage electronic deadbolt with an arduino!
- Step 1: Purchase the lock and unpack it
- Step 2: Take the faceplate off of the lock
- Step 3: Take the intermediary plate off
- Step 4: Check out all of the neat stuff
- Step 5: Wire it up!
- Step 6: Reassemble the lock
- Step 7: Create H bridge circuit
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- Intro: Garduino: Gardening + Arduino
- Step 1: Obtain Your Materials
- Step 2: Sprout Your Plants
- Step 3: Build Your Relays
- Step 4: Build Your Moisture Sensor
- Step 5: Add temperature and light sensors
- Step 6: Make and Populate Your Soil and Planters
- Step 7: Test and Calibrate Your Sensors
- Step 8: Make Your Sensors Control Your Relays
- Step 9: Setup Your Lighting System
- Step 10: Create A Self-Watering Setup
- Step 11: Give Garduino Control
- Step 12: Reap your harvest
- Step 13: Share your results
- Step 14: Improve away!
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Garduino Upgrade, Now with more Twitter!
- Intro: Garduino Upgrade, Now with more Twitter!
- Step 1: Gather your materials
- Step 2: Build your Garduino
- Step 3: Upgrade #1: Remote Sensors
  - File Downloads
- Step 4: Update #2: Relay Boxes
- Step 5: Upgrade #3: New Software
  - File Downloads
- Step 6: Upgrade #4: Wireless Control
- Step 7: Update #5: Twitter your Garden
- Step 8: Useful project notes
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n: how to make a multi-layered acrylic and LED sculpture with variable lighting levels
- Intro: N: how to make a multi-layered acrylic and LED sculpture with variable lighting levels
- Step 1: Gathering parts
- Step 2: Gathering tools
- Step 3: Preparing artwork
  - File Downloads
- Step 4: Laser cutting preparation
- Step 5: Laser cutting
- Step 6: Electronics
- Step 7: Arduino program
  - File Downloads
- Step 8: Arduino board
- Step 9: Assembly
- Step 10: Hang on a wall
- Step 11: Twiddle the knobs
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- Intro: Ardu-pong! the Arduino based pong console
- Step 1: Get the stuff.
- Step 2: Hack the enclosure.
- Step 3: Install the rca jack.
- Step 4: Wire the serial port
- Step 5: Wire the rca jack
- Step 6: Software
  - File Downloads
- Step 7: Congratulations!!! your done (almost).
- Step 8: UPDATE:
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- Intro: Arduino Laser Tag - Duino Tag
- Step 1: Overview
- Step 2: Basics
- Step 3: Modding the light gun
- Step 4: Transmitter
- Step 5: Receiver
- Step 6: Sound Effects
- Step 7: Visual effects / Lighting
- Step 8: The Code
- Step 9: Optional Extras
- Step 10: Design Ideas
- Step 11: Links
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The 4x4x4 LED cube (Arduino)
- Intro: The 4x4x4 LED cube (Arduino)
- Step 1: Get the materials
- Step 2: Assemble the board(the LED cube base)
- Step 3: Defuse the LED
- Step 4: Construct the cube
- Step 5: PROGRAM
  - File Downloads
- Step 6: ADD on
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Arduino and Touchpad Tic Tac Toe
- Intro: Arduino and Touchpad Tic Tac Toe
- Step 1: Wiring up the LED matrix
- Step 2: LED matrix layout
- Step 3: Addressing the LED Matrix
  - File Downloads
- Step 4: Constructing the touch pad
- Step 5: The touch pad - how it works
  - File Downloads
- Step 6: Putting everything together
- Step 7: Programming Tic Tac Toe
  - File Downloads
- Step 8: Remarks and further improvements
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Make a Web Connected Robot (for about $500) (using an Arduino and Netbook)
- Intro: Make a Web Connected Robot (for about $500) (using an Arduino and Netbook)
- Step 1: Parts & Tools
- Step 2: Cutting Pieces & Assembly
  - File Downloads
- Step 3: Software - (Arduino)
- Step 4: Software - Robot Laptop (WebServer)
  - File Downloads
- Step 5: Software - (Webpage)
  - File Downloads
- Step 6: Finished
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- Intro: The Lightning Simulator/Breathalyzer/Graphic Equalizer - Arduino Powered
- Step 1: The Schematic & Audio Solution
- Step 2: Digging the Trenches & Running the Power & Audio
- Step 3: Mounting the LED strips
- Step 4: Wiring the LED Strips and Sensors to the Arduino Mega
- Step 5: The Outdoor Breathalyzer
- Step 6: Arduino Code
  - File Downloads
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- Intro: Arduino XMAS hitcounter
- Step 1: Tools and Materials
- Step 2: Hardware Assembly
- Step 3: Schematics
- Step 4: Programming the Arduino
  - File Downloads
- Step 5: Make it a hitcounter
  - File Downloads
- Step 6: Conclusion
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- Intro: Arduino magnetic stripe decoder
- Step 1: Hardware
- Step 2: Software
  - File Downloads
- Step 3: Use it!
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- Intro: Arduino EMF (Electromagnetic Field) Detector
- Step 1: The Stuff:
- Step 2: Wire the 7-Segment LED Display
- Step 3: Add the Probe/Antenna
- Step 4: The Code
  - File Downloads
- Step 5: Play with it!
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- Intro: Using a Dot Matrix LED with an Arduino and Shift Register
  - File Downloads
- Step 1: Get the Goods...
- Step 2: Directly Connect to the LED Display
  - The Left Side
  - The Right Side
- Step 3: Specifying a Character to be Displayed
  - File Downloads
- Step 4: Conserve I/O Ports with a Shift Register
  - File Downloads
- Step 5: Summary
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- Intro: The 74HC164 Shift Register and your Arduino
- Step 1: So, what are shift registers?
- Step 2: Basic wiring and operation
- Step 3: Projects
- Step 4: Project 1[pt 1]: '2 Wire' bargraph LED display controller hardware
- Step 5: Project 1[pt 2]: '2 Wire' bargraph LED display controller software
  - File Downloads
- Step 6: Project 2: '2 Wire' 7 Segment display controller
  - File Downloads
- Step 7: Project 3[pt 1]: '2 Wire' 4x4 led matrix display
- Step 8: Project 3[pt 2]: '2 Wire' 4x4 led matrix display
  - File Downloads
- Step 9: Conclusion
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turn signal biking jacket
- Intro: Turn signal biking jacket
- Step 1: Supplies
- Step 2: Design
- Step 3: Sew your power supply and LilyPad to your jacket
- Step 4: Test your stitching
- Step 5: Sew on your turn signal LEDs
- Step 6: Sew in your control switches
- Step 7: Sew in your indicator LEDs
- Step 8: Program your jacket
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Android G1 Serial To Arduino Robot
- Intro: Android G1 Serial To Arduino Robot
- Step 1: Items needed
- Step 2: Android G1 with serial output enabled
- Step 3: Install the Android Scripting Environment (ASE) with Python
- Step 4: Copy and run the cellbot.py script to launch the Python program
- Step 5: Telnet into the G1 and test sending it commands
- Step 6: Connect a 3.3v to 5v level shifter to the Arduino
- Step 7: Load the Cellbots program on the Arduino
- Step 8: Run the whole process
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- Intro: Ard-e: The robot with an Arduino as a brain
- Step 1: Build your Bulldozer
- Step 2: Assemble the pan and tilt system
- Step 3: Testing and making the remote controlled version of Ard-e
- Step 4: Ard-e on Auto: Using the Ardunio to drive the DC motors
- Step 5: Making Ard-e sense the world with junk
- Step 6: Making Ard-e see, or at least go towards the brightest light
- Step 7: Ard-e's sense of hearing and smell: interfacing an old speaker and a VOC sensor with an Arduino
- Step 8: Ard-e's robot senses: tracking how far his wheels turn and seeing IR light
- Step 9: The Future of Ard-e: What comes next
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- Intro: Build Your Own BARBOT
- Step 1: From Concept to Reality
- Step 2: Building the Supporting Structure.
- Step 3: Working with Polycarbonate
- Step 4: The Tray Arm
- Step 5: Liquor Containment Modules
- Step 6: Control Panel
- Step 7: Interfacing with the Arduino
  - File Downloads
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- Step 9: Afterthoughts
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- Intro: Control a RepStrap with Processing
- Step 1: The Setup
- Step 2: Build a pen holder
- Step 3: Arduino Wiring:
- Step 4: Arduino Code
- Step 5: Processing Code
- Step 6: Run the Processing Code
- Step 7: Draw!
- Step 8: Make changes
- Step 9: Making it a little better
- Step 10: Doing it with Firmata
- Step 11: Correction to firmata....
- Step 12: Corrected and commented
- Step 13: Follow the Bouncing Ball with Firmata! (this works good)
- Step 14: Working towards a 3D print
- Step 15: Working towards a 3D print
- Step 16: Pinch Wheel Extruder
- Step 17: Extruder temp control and code
- Step 18: Second round of extruder code
- Step 19: Third Round of Extruder Code!
- Step 20: 3D Bouncing Ball - Processing
- Step 21: 3D - Follow the Bouncing Ball (this includes Firmata)
- Step 22: Doing to things at once
- Step 23: Better mesh (in progress)
- Step 24: Continous mesh rotating 90deg each layer
- Step 25: Prints using reprap Gcode interpreter and Host software
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- Intro: A fully automatic coffee bean roaster (Arduino)
- Step 1: Materials used
- Step 2: Adjusting the popcorn machine
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  - File Downloads
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- Intro: Ghostbusters Proton Pack with Arduino and LASERS!
- Step 1: Make a Ghostbusters costume
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- Step 3: Program the Arduino
  - File Downloads
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- Step 5: Make more junk you'll have to lug around with you!
- Step 6: Marvel at your own awesomeness!
- Step 7: Final thoughts
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- Step 3: Bendy / Twisty
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  - File Downloads
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- Step 1: This is what you can get at the end...(just to get you interested)
- Step 2: Lets start at the begining - Arduino
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- Step 5: The SW
- Step 6: Auto Detect Battery tyoe
- Step 7: Discharging...
- Step 8: Discharge Circuit
- Step 9: My SW (free for anyone to use)
- Step 10: The schematics
- Step 11: Please support my work by voting for me!
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- Intro: Wii Nunchuck Adapter
- Step 1: Supplies
- Step 2: Printing our transfers
- Step 3: Preping the transfer
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- Step 5: Transfering the design
- Step 6: Etching the PCB
- Step 7: Drilling holes
- Step 8: Soldering on the header pins
- Step 9: Testing The adapter
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Addressable Milk Bottles (LED Lighting + Arduino)
Intro: Addressable Milk Bottles (LED Lighting + Arduino)
Step 1: Tools and Materials
Step 2: Cut and Drill Perspex
Step 3: Mount LEDs
Step 4: Solder Components
Step 5: Switches and Housings
Step 6: Microcontrol, Components, Scavenging
Step 7: Transistor Circuit
Step 8: Communication Cables
Step 9: Voltage Regulation
Step 10: Programming
Step 11: Cabling and Switchbox
Step 12: Sequenced Light
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Arduino - Projects, Manuais, Projetos, Pesquisas de Língua Inglesa

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