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04/26/2024 04:24:02 am

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California Tech Firm Invents World's First Hoverboard

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(Photo : Arx Pax) Science fiction has become science fact as a California-based Arx Pax has invented a hovering skateboard, igniting the imagination of kids and adults everywhere.

Science fiction has become science fact as a California-based Arx Pax has invented a hovering skateboard, igniting the imagination of kids and adults everywhere.

The startup, founded by Greg and Jill Henderson, launched a Kickstarter fund-raising campaign for their Hendo Hoverboard. However, users will need two things before they can own and use the flying skateboard - $10,000 and a metal floor.

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Hoverboards were first made famous in the 1989 sci-fi movie "Back to the Future II." Arx Pax is well aware of this fact, but refrains from making references to the film for legal reasons.

"Yep, there was a movie," the company says on its Kickstarter site. "However, our attorneys have told us not to go there."

The Hendo, named after Arx Pax's founders, hovers about 1 inch off the ground. The technology behind the hoverboard lies in its four disc-shaped hover engines. These create a magnetic field that pushes against itself, generating the lift to levitate the board off the ground.

Unfortunately, the Hendo can't be used on any old surface or floor. At the moment, the surface needs to be a non-ferromagnetic conductor.  The firm uses commonly available metals in simple sheets, but says it is working on new compounds and new configurations to maximize the technology and minimize costs.

For those who are mechanically inclined, for about $300, Arx Pax will sell its Whitebox Devleoper Kit, which is a Hendo hover engine set. It allows users to remove the engines and try "hovering something of your own design," says the company.

Not surprisingly, the tricky part for the company when creating the hoverboard was figuring out how to use magnets for levitation. Due to Earnshaw's Theorem, a stable static equilibrium between two magnets is not possible.

"There have been several ways around this, but none have proven feasible enough for everyday applications," said the company. "Until now."

According to Arx Pax, Lenz's law explains how eddy currents are created when magnets are moved relative to a conductive material.  These eddy currents in turn create an opposing magnetic field in the conductor.  The company's core technology, which it calls Magnetic Field Architecture (MFA), focuses this field more efficiently.

But creating hoverboards is not the long-term goal of the Arx Pax. In fact, it is merely an introductory product, a precursor intended for the broader implementation of the MFA.

"It enables a new generation of lift and motion technology that will change the way we view transportation," the company said. "Additional applications for MFA technology are virtually limitless - from business, to industry, to healthcare, and beyond."

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