Arduino TheDocumentary English subtitles

Or at least that’s the conclusion you might reach after watching a new Japanese campaign for Nike’s Free Run+ running shoes. Apparently wishing to tout the bendable qualities of its new footwear, Nike enlisted sound artists to transform its product into a musical instrument. The shoes get plugged in, switched on, and mixed up, battle-style, as they sense when the shoe is flexed or moved in space. And yes, everything you see in the video is real: the shoes really are controlling digital sound live. We even have the Max patch to prove it.

Lovers of experimental sound art will immediately recognize one of the Shoe-Js: it’s Daito Manabe, a bleeding-edge sound artist and alternative interface guru with a background in turntablism. I spoke to Daito, and convinced him to share the software that makes the project tick. Daito says he used flex sensors (see examples) and accelerometers to make the shoes interactive. He then processed the control signal and converted it to sound using the modular visual programming environment Max/MSP and Ableton’s Max for Live. (For another example and other resources, you can check out the article I wrote for Make Magazine issue 8, in which I stuffed flex sensors into a sock monkey and connected it via MIDI.)

(Source: createdigitalmusic.com)

Arduino TheDocumentary English subtitles

Or at least that’s the conclusion you might reach after watching a new Japanese campaign for Nike’s Free Run+ running shoes. Apparently wishing to tout the bendable qualities of its new footwear, Nike enlisted sound artists to transform its product into a musical instrument. The shoes get plugged in, switched on, and mixed up, battle-style, as they sense when the shoe is flexed or moved in space. And yes, everything you see in the video is real: the shoes really are controlling digital sound live. We even have the Max patch to prove it.

Lovers of experimental sound art will immediately recognize one of the Shoe-Js: it’s Daito Manabe, a bleeding-edge sound artist and alternative interface guru with a background in turntablism. I spoke to Daito, and convinced him to share the software that makes the project tick. Daito says he used flex sensors (see examples) and accelerometers to make the shoes interactive. He then processed the control signal and converted it to sound using the modular visual programming environment Max/MSP and Ableton’s Max for Live. (For another example and other resources, you can check out the article I wrote for Make Magazine issue 8, in which I stuffed flex sensors into a sock monkey and connected it via MIDI.)

(Source: createdigitalmusic.com)

About:

Sound & Visual Experiments
tbgotteland@gmail.com

Following: