The Pin Art On This Bluetooth Speaker Dances To Your Music

One of the recent trends in Bluetooth speakers is the addition of colourful LEDs that blink and flash along with whatever music's playing. But a company called Victrola has done something way out of left field by putting an animated Pin Art display on top of its new wireless speaker.

We've all played with those Pin Art toys at random shopping mall novelty stores, presumably leaving behind a 3D relief of your hand flipping the bird. They're fun for about four minutes, but Victrola is hoping the novelty doesn't wear off when all of those pins are autonomously jumping around to your music.

Form over function.

When available sometime later this year for around $US130 ($165, the final price will depend on whether or not smart assistant support is included) the Pin-X will include basic Bluetooth speaker functionality, although without a built-in battery.

You'll need to find a permanent home for the Pin-X thanks to power-hungry motors inside that need access to an AC outlet at all times.

Those motors don't run completely silent, however. While the motion of the pins certainly won't drown out your music, they won't go completely unnoticed. That makes spending $US130 on a Bluetooth speaker a tough sell when its biggest selling point is a novelty visualiser.

But if you've ever bought a gadget from the Sharper Image, you probably already have your credit card at the ready.

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Comments

    Wouldnt all those pins cause quite a lot of rattling?

      Would depend on the material holding them, if it was a nylon type material I doubt there would be any audable rattle, but if it was an acrylic or plastic like ABS them yeah it would be quite noisy.

    I can't find any further information about this product and no links in the article, anyone got any ideas of where this might be available?
    Edit: Found the victrola.com website but no mention of it.

    Last edited 16/01/18 12:44 am

      It isn't available online yet - it was being shown off at CES but probably won't be up on the official website until closer to release date.

    I wonder if it's using an individual motor under each pin or perhaps there is some form of electrically stimulated polymer under the entire pin bed that bends to different forms depending on what electrical impulses it receives and this is then mimicked by the pins resting above? I want to see one gutted to find out how it works.

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