As the preeminent tool for makers, Arduino is a versatile platform that covers almost every type of creative making. With its simple-to-use coding language and fun programming concepts, Arduino enables users to create modern electronics with ease. From beginner level projects like flashing LED lights to more advanced builds such as interactive robots, there are an endless number of possibilities when it comes to building projects with Arduino. Whether you are new or an experienced builder in search of fresh ideas, these posts will provide interesting Arduino tutorials and unique ideas that may spark your creativity and motivate you take on any type of maker project!
Alicia Gibb (NYCResistor and Bug Labs) is doing research on the use of the LilyPad Arduino in response to this call for Feminism in HCI out out by Shaowen Bardzell (Indiana University School of Informatics and Computing) and Elizabeth F. Churchill (Yahoo! Research), which will culminate in a special issue of Interacting with Computers . […]
I designed a stand to support the gun and the distance sensor, Arduinos, and firing circuit. Using some 20mm >80/20 t-slot aluminum and connectors, I built this. It’s not really a tripod, but it started out that way, so that’s what I’m calling it.
Haeyoung Kim made a “musical table” with two Arduino boards and a very interesting switch design (using conductive tape) on the bottoms of several interchangeable toys that play along the top. She provides source code, schematics, and the rest of the how-to over at Instructables. Here’s a little iPhone video of the project:
What’s an Arduino Nerf sentry gun without a sweeping rotation? I knew I needed to add some motorized rotation to cover a wide field of (foam) fire, but how to mount the thing?
The Open Heart kit V2.0 is a matrix of individually addressable LEDs that allow you to create customizable animations when connected to your favorite micro controller. Attach it temporarily to fabrics with headers that you simply push through, or sew it into a project with conductive fabric for a more permanent setup. It’s “Charlieplexed” so you need only 6 wires to control the 27 LEDs
Joe Saavedra writes: This tutorial will go through the steps involved in fabricating your own Arduino-compatible circuit using just ~$8 of parts (this includes the ATMega chip!). This is perfect for installing and embedding in permanent pieces , as you don’t need to waste a full $30 Arduino board in a project you will never […]
The next step in making my autonomous Arduino Nerf sentry gun is to move the relay circuit from the temporary breadboard onto something more permanent.
