SLIDE, Hoverboard from Lexus Features Magnetic Levitation and Nitrogen-Cooled Superconductors

And then there was that time when the Lexus engineering team created a hoverboard ... via laughingsquid.

...Every part of SLIDE required masters of design, technology and skateboarding to re-imagine their craft. The stories that came from this journey are as awe-inspiring as the final experience.
THE TECH: Creating SLIDE required re-engineering core technologies and uncovering true technical innovations. From assembling maglev technology into a board, to finding the right combination of superconductors, magnets and liquid nitrogen – every step pushed the team to stretch the possibilities of technology.
TECHNOLOGY EXPLAINED: The hoverboard is constructed from an insulated core, containing HTSLs (high temperature superconducting blocks). These are housed in cryostats - reservoirs of liquid nitrogen that cool the superconductors to -197°C. The board is then placed above a track containing permanent magnets. When the board is cooled to its operating temperature the track’s magnetic flux lines are ‘pinned’ into place, maintaining the hover height of the board.
INITIAL TESTING: It took months of testing to transform maglev technology into a refined track and board. From building a new track, to figuring out the perfect amount of lift, to our hoverboarder testing days on end to get the Lexus Hoverboard ready to ride....

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Matt Griffin
Matt Griffin

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