This simple hardware hack adds a piano-style keyboard made of clothespins to your iPad. Photo: Adam Kumpf
The iPad is great for making music, but the lack of physical keys can be a drag for keyboardists. That shortcoming prompted Adam Kumpf to hack together a miniature piano attachment for the tablet using nothing more than wooden clothespins, aluminum foil, a few pieces of stiff cardboard and some rubber bands
Total cost? Less than $5.
Despite his creation’s humble DIY origins, Kumpf thinks the idea of iPad add-ons has the potential to take touchscreens to the next level.
“There’s an innate desire that users have to go beyond what the screen can usually do,” the 31-year-old MIT graduate tells Cult of Mac. “I strongly believe that there’s a world of accessories relating to capacitive touchscreens that’s just waiting to be explored.”
The KOR-FX Vest modeled by an actress at the E3 booth. Photo: Rob LeFebvre/Cult of Mac
LOS ANGELES — Drop this tactical-style vest onto your shoulders and fasten it high on your chest, and you’re suddenly feeling the action. Using audio-based haptic technology (the kind of rumbling vibrations that you’ll find in any video gaming controller), the KOR-FX turns the audio in the game into rumbles you can feel.
The makers of this new gaming peripheral have a few prototypes set up on the show floor at the Electronic Entertainment Expo in Los Angeles this week, and they’ll let all comers come and try a demo.
“Some people want to wear this thing lower on their chest, but up high is what stimulates the limbic system,” Seth Fandetti, CEO of Immerz (the makers of the KOR-FX) told us onsite at the expo. “It’s more than just feeling bullets hit you; it’s a whole immersive experience.”
One of the biggest criticisms of virtual keyboards on a touchscreen display is that they offers users no feedback, making them more difficult to type on than a traditional keyboard. Designers have attempted to provide solutions to this problem with third-party accessories that clip onto your display, but Apple may be working on its own solution using coded magnets and ferrofluids that could be built into future iPads.