Wide wheel option for the Econo1Bots. I used the rubber bands from around produce as well as cut bicycle inner tubes for traction. I'm not sure if updates get notified so....I have also updated the Econo1_1Bot.

This is a case for the serial (I2C) LCD module from Digistump. It uses the I2C shield mounted on the digispark board. I have included the openscad file so you can modify it. The design has 2 cases. A flat case and one which I like more under an angle. I also included a bottom part which I don't use. My digispark case can be found at thingiverse.com/thing:41291

I built this case for an Arduino Ethernet Board and to hold a 16x2 LCD display.

EconoBot with a Dagu servo powered scanning head and Soccer/Sumo Shield. Robot has 4 Robodyssey IR prox sensors and a Robodyssey RAMB III motherboard with a Arduino compatible Teensy 2.0. UPDATE 5_19_2013 New wheel option is included. Sample Code is now included with the download. You can see a video here: youtube.com/watch?v=GeouSyIZ06Y

This is a bezel for the Arduino Leonardo to make it easier to use in your wearable technology product.

Simple robot that fits nicely to the Robodyssey RAMB II Basic and RAMB III Teensy motherboards.

I re-wrote the rules for this invention. This is a crazy stereo that has speakers controlled by motors and potentiometers. They can spin 360 degrees! Perfect for the center of a party!

VertiBOT is an educational project to investigate and understand sensor fusion using kalman and complementary filter algorithm and PID control in an unstable system.

VertiBOT is an inverted pendulum platform that remains balanced by means of two tiny motors, located in the bottom of the structure. The battery is attached in the top of the main body, while the electronics board is located near the rotation axis.
The feedback signal is provided by an IMU 6Dof composed by an accelerometer and a gyro. One ATmega 328 microcontroller execute the main loop every 10 milliseconds. A wireless communication over bluetooth is used to tune and check the signal response in a Graphical User Interface software.

Video: youtu.be/A5KtT4GVpx8
Useful info, schematic and code available: wp.me/p22sj0-fT

**The coolest design for a Robotic arm, fully controllable and programable with an Android App** (Armdudroid in Play Store).

It uses Arduino Uno, 4 MG995 or MG996R servo, 1 micro 9g servo, bluetooth connection, sensor shield V5 and a Lipo Battery. NO MORE COMPONENTS, it is easy and extremly cheap.

All the information (Arduino code, mechanical instructions, parts info...) is in armdudroid.com

Download Armchives.zip to get the .SKP file and modify the parts.

Thanks for downloading and supporting.

*THIS PRODUCT IS A BETA VERSION FOR NOW, SO THE APP WILL CHANGE SOON AS THE ARDUINO CODE*


##UPDATE 2-May-2013:
New Plugin Support, Easier to change plugin and ADDED PLUGIN SUPPORT BASE, so NOW IT IS EASIER to CREATE A PLUGIN!

Added NEW PLUGIN! Standard Servo Gripper.

youtube.com/watch?v=whlCM8q2Ssc&feature=youtu.be

youtube.com/watch?v=vw4D_OW0Irk&feature=youtu.be

Added NEW PLUGIN! A digger!

##UPDATE 5-May-2013:

Thanks to all people who visit the project and who like it.
Next steps -->

- New Android app more powerful.
- Different typo in armdudroid.com .
- Code on Github.
- English comments in code.

Thanks to Gaétan Collaud for lot of useful suggestions (like changing the web typo to another more readable, the code comments language and the code on github for example) and to offer his help to me.

All of you can be part of this project, I want to get that, the best Open Source robotic arm with Plugin system and fully programable with any Android device.

##UPDATE 6-May-2013

In the future Armdudroid will be controlled not only with an Android device but with other devices like Iphone, PC/MAC/, Windows Mobile... This is the goal.

But if you don't have an Android device, you can easily control it with this simple example:

arduino.cc/en/Tutorial/Knob

Enjoy Armdudroid!
luisma.squall@gmail.com.

This is a base to hold a $5 knockoff Arduino Pro Mini
(search ebay for 'pro mini 328")
Since people seemed to like the winged clip for this board and the Uno R3 breadboard base I made this so you an attach the knockoff mini to a breadboard using the notched sides.

The sketchup model is included in case you want to change anything.

Android Meets Arduino: The Sequel

The Android Hack-a-bot is a miniature robot based on the Arduino(tm) Pro Mini from Sparkfun and the Official Android DIY Figurine from DYZPlastics. Hack-a-bot is a light-sensitive robot that can be activated by waving your hand over its sensor or flashing a light at it.

Hack-a-bot has three modes: active, sleeping, and dancing. In active mode his backpack shines yellow. In sleep mode its backpack shine blues and an extra set of commands (waves) is needed to activate. In dancing mode its head spins and its backpack lights up - both in random colors and motions.

Check out a video of hack-a-bot at ustream.tv/recorded/32104339.

Hack-a-bot is 100% open-source. It's also hackable, naturally, so the Arduino enclosure can be easily opened/closed, and the robots' head can be removed for access to its servo motor. It's designed to be an introduction to robotics and hacking. All of the Arduino pins are exposed, so the little robot can be reprogrammed, refurbished, and repurposed.

To power Hack-a-Bot you'll need a USB micro cable. Terawatt Industries has a battery-powered version of the Android Hack-a-Bot, and wireless, in the works.

This is a clip for the $5 knockoff Arduino Pro Minis.
(just go to ebay and search for "pro mini 328")
Again wings for either double sided tape or screw mounting.

The sketchup file is also included in case you want to change anything.

A 3D-printed enclosure for the Arudino(tm) Pro Mini from Sparkfun. Comes with two printed L-brackets and spacer rings. This printed enclosure is strong and robust and exposes all pins on the Arduino for hacker access.

The full Sketchup source, including the latest version(s), can be found at terawatt-industries.github.io/enclosure-3d-pro-mini-arduino/.

I created the original design for this part almost 2 years ago. At that time I had it made on an SLA printer - it looks amazing but it cost $90USD to have made. Since then I discovered how beautiful laser-cut acrylic looks, so we've been working a similar concept in 2.5D acrylic. Now that we have printers and open-source software that can handle the small parts in this design, we decided to give it further revision and testing. It works great!

This is a base for an Arduino Uno R3. It holds the board flush with the top, and it uses the 4 mouting holes to hold the board in place. It is also the same height as a standard breadboard and is notched on both sides so it can be attached to a breadboard.


I have also included the sketchp file in case you want to change anythng

Arduino and RAMPS mount for M8 rod

Print both parts
Add two nails 50mm long and 3mm diam..

You have a soil mositure sensor you can use to determine if your plant needs watering.
see the link below from gardenbot that tells you how to hook it up to an arduino.
gardenbot.org/howTo/soilMoisture/

All my designs & progress available @ marginallyclever.com. I can make one for you if you want.

Video: youtube.com/watch?v=rhuM6Cnn5Pk

Some times creation is all about low hanging fruit. I already have a Rotary Stewart Platform (http://www.thingiverse.com/thing:64396) and I suck at Kerbal Space Program. I thought if I could make a 6DOF joystick maybe I could do better at orbital rendezvous. It could also work in Minecraft or Descent, maybe.

It would be awesome if someone would help improve the kinematics for this robot. Forward kinematics are beyond my math skills and they're essential to make the joystick complete.

This is a crazy accurate [Digispark](http://digistump.com/category/1) model with and without female headers.

OpenSCAD source provided, as well as STL files with and without headers.

This minimalist shield enables to inspire your creativity to build your own lab tools to fit on an Arduino. Like an artist's white canvas, you start with nothing but your own ideas!

see details on: hackteria.org/?p=2194

This Arduino Shield allows to measure the optical density (OD) aka turbidity through a standardized cuvette. 3-Channels for different wavelengths, using 5mm LEDs. The design fits nicely a TIL-99 phototransistor.

see details on: hackteria.org/?p=2194

Finally I have finished this 1 year project.
what I came up with is a lightweight greyhound that you can control with an arduino and 8 servo's

I bet there are better programmers out there that can make it walk even better and smoother.

Also included is a basic program to get you going.

youtube.com/watch?v=aDwTdbP_TBU

I've been building an Arduino drawing robot named "PlotterBot" (formerly known as DrawBot) This Thing is my OpenSCAD file plus all the STL's you'll need to build a robot exactly like mine.

I've been blogging about it over on my site. I've documented absolutely everything, including my colossal failures, over the course of two years and 80 posts -
makerblock.com/2013/04/drawing-robot-penmanship/

I'm hoping to win the Road to Maker Faire Challenge, so please vote for me here shor.tw/3a

Voting ends just before midnight on 4/15/2013 (that's today!!!) so please vote! shor.tw/3a

An external box with stand for an HD44780 based 20 x 4 LCD display I have hooked to Arduino's and Rasperry Pi's.

I used a Sparkfun Serial Enabled LCD Backpack Adapter and made a cable entrance hole along with access to the screw connections and contrast adjustment.

The LCD rests on the pins and is held in place with hot glue. The back and Stand are optional, and held in place with a small dab of hot glue.

Nothing complicated, just needed a box for the display and I had a Makerbot 2 to do it.

I've included .obj files for your modification fun.

I used the SkeinForge slicer with 20% infill, 2 shells and .2 height to create the box in the picture, about 3 hrs to print the box on the Makerbot 2, 1 hour for the stand, and 30 minutes for the back.

Micro programable high power RGB LED throwie.

Inside: 3 RGB leds, 1 Tinylily + FTDI-USB , 1 micro lithium.

Arduino from: tiny-circuits.com/products/tinylily/

Part of an EEG/Neuroscience related project (see: maelflament.com).

The RGB LED on the PSoC 4 Pioneer kit is a bit too bright to look at without something to diffuse the LED light so I made a clip-on light diffuser for the board. I printed this out of natural PLA and it does a perfect job of making the LED light easy to look at.

video of the LED: youtube.com/watch?v=ZFj5hyoWKbc

The kit can be found here: cypress.com/?rid=77780

Simple prototyping board designed for an Arduino and half breadboard. There is a small parts tray and resistor chart at the bottom.

Notches are placed on two sides of the board to attach project pieces. See photo and Arduino Mood Light project for details
thingiverse.com/thing:70372

Design for the base was derived from Nathan's Bamboo Prototyping board - hahabird.com/2012/09/bamboo-prototyping-board/

I use this thing to mount the Arduino and Ramps inside my MendelMax. It doesn't have mounting holes, because I thought it could be used either way.

Press-fit Arduino mood light with 7 different modes controlled by buttons.

Designed for 1/4" plywood

download code at mattnupen.github.io/Arduino-Mood-Light/

Design for the base was derived from Nathan's Bamboo Prototyping board - hahabird.com/2012/09/bamboo-prototyping-board/

2013 Southeast con robot. This robot will be full open source, but until Saturday morning 4/6/13 the files will not be open to public, ;)

So bad news, we lost. Yup, in the process of losing we developed a new term for amature mistakes. "Revpol" this is defined as apply voltage backwards, or reverse polarization.

Anyway, we will be uploading all source code soon along with a BOM. In the meantime until the team is ready to upload everything I will answer questions regarding the build in the comments as to get people going.

B-BOT is the project created and designed by an italian woman, Beatrice Rescazzi.
The aim of this project is to build a cheap robot helper for people in need.
B-BOT can carry objects, can detect gas in the house and play alarm sound, can measure the ambient temperature, can be driven in a very simple way by everyone just using a torch light.
B-BOT is already in the making, but needs contributes to go on in the developement, as it's not originating from a robot company but from the efforts of a single resourceful person.

Help me to help others and develope this project on Kapipal:
kapipal.com/24b1cd6226fd49d4839f7a68ae4a9cae

And follow the developements on the Facebook page:
facebook.com/pages/B-BOT/354589401325036?fref=ts