Why a Flexible Arduino will Change the Game
When Arduino was introduced to the market in 2005, it quickly became the hot item for DIY’ers and hobbyist for creating gadgets around the house. Fast forward a few years, and large-scale companies are using the device to rapidly prototype projects and get new and more advanced products out the door quickly. Arduino filled a hole in the market, and because it was open-source, it was a complete game changer.
Today Arduino has designed and released several different models and form factors. Including more advanced wifi and Bluetooth connected models.
Like most all rapid prototype boards, they are all standard PCB that is ridged and well… a board. Announced just days ago from NextFlex, they have developed a flexible Arduino! That’s right; it’s flexible and able to be bent and warped around objects in your project case. NextFlex is in partnership with the Air Force Research Laboratory, and they created the very first flexible Arduino development board.
AFRL and NextFlex choose Arduino primarily because it’s open-source and well documented, along with a vast community. Their innovation is both in the flexible substrate that the circuit is printed on, as well as the manufacturing processes used to build a circuit on it. While that substrate, and the traces printed on it, are flexible, the actual components appear to be traditional rigid SMDs.
Of course, the US Military is interested in this development for the same reasons you should be: It changes the game again, it expands the use cases for Arduino into the wearable market. For Military uses it could be on uniforms or other flexible garments that might need some black-ops tech! This is a proof concept showing the manufacturing process is practical, which means you might soon have a flexible Arduino in your own hands.
[AFRL, NextFlex leverage open-source community to create flexible circuit system] – http://www.wpafb.af.mil/News/Article-Display/Article/1431533/afrl-nextflex-leverage-open-source-community-to-create-flexible-circuit-system/