Wearables

The world of wearables is becoming an increasingly popular way for makers to express their creativity. From custom watches and connected jewelry to full-body suits that allow you to interact with your environment, the possibilities are endless. Learning about wearable electronics can be a bit daunting for those who are just starting out – but it doesn’t have to be! Whether you’re looking for guidance on where to get started with Arduino programming or inspiration from some of the projects out there, this blog category has got you covered. Here we will provide tutorials and resources on creating interactive wearables as well as a look at the work of some inspiring makers that should give you the motivation to dive right in!

LED Heart Pasties

LED Heart Pasties

I’m loving these light-up heart pasties by Randy Sarafan. LED heart pasties speak for themselves. While they are not necessarily day-to-day wear, you will be glad you have them in your boudoir when that special occasions arises (or is in need of it). If you have sewing and electronic experience, these could easily be made […]

Boba Fett imagined as a Spartan

Boba Fett imagined as a Spartan

This beautiful mash-up prop is reportedly by Jon Wollack of Almost Dark Productions. You can take your pick between the obligatory Empire quote with a 300 reference and the obligatory 300 quote with an Empire reference. Off the top of my head, I’d go with “I want them alive: No decapitations!” and “Tonight we dine in Cloud City!”, respectively. Think you can do better? Let me know, below!

CRAFT Video: LilyPad Arduino 101

CRAFT Video: LilyPad Arduino 101

Get started with the LilyPad Arduino! It’s a sewable microcontroller that lets you embed lights, sounds, sensors, and much more into your wearables, perfect for clothing and accessories. In this video I’ll show you how to attach the LilyPad and power supply to each other, and upload a basic program that blinks an LED. Next time I’ll show some more advanced topics including hooking up a sensor and using it to change the circuit’s behavior.