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Market Research Group

Público·10 miembros

Lexus Hoverboard Buy EXCLUSIVE

The Slide (stylized SLIDE) is a maglev hoverboard demonstration developed by Lexus.[1] Lexus built a skate park in Barcelona, Spain specifically for the project. The system was built as a promotional demonstration, not for public sale.[1][2]

lexus hoverboard buy

The main focus of the demonstration is the levitation of the hoverboard, achieved through the use of superconductors inside the board and a magnetic track. The board itself is made of bamboo and carbon fibre support structures.[9] The board has 32 yttrium barium copper oxide superconductors cooled by liquid nitrogen.[10]

The levitation effect of supercooled superconductors has been known for ages now, but deploying it on such a scale requires some serious effort. Namely: lots and lots and lots of magnets built into the ground. The company has built a custom skate park in Barcelona, Spain, upon which its prototype hoverboard can be used.

Recently we did some research to find the price of a real hoverboard. Many people wonder if a real hoverboard, like the one in the movie Back to the Future 2, even exists. The answer is yes, no, and maybe.

In the this article we will compare the prices of next gen hoverboards that currently exist or are launching in the upcoming year. (If you are looking for normal two-wheel hoverboards, the best pricing and selection is at

Omni, based out of Quebec in Canada claims that they are the first real hoverboard developer. The 33 year old inventor of this product has traveled the world, flying his hoverboard at festivals, soccer games and big events.

Even though it looks sort of like a floating LEGO, the Arcaboard does its job, allowing you to hover above the ground for 3 to 6 minutes, thanks to 36 high-power electric ducted fans with a maximum thrust of 200 kgf (430 lbs). It stays stable in any condition and is a said to be very safe. You can use your phone to control it. You can recharge the ArcaBoard in 6 hours and the ArcaDock accessory will bring the onboard batteries to full capacity in just an hour. This could be one of the projects that speeds flying hoverboards into the marketplace. Pretty awesome. The price of this board is not listed, but we estimate is at $12,000 to $15,000.

Hi ErichThanks for your post and for your interest in the Lexus hoverboard.We have yet to post the final video so more information will be released soon. Do stay tuned to our Blog for the latest news.

After this quick demonstration, I was directed to a platform where I could get a better look at the board up close. There it was, floating just an inch or two off the ground in silence, spewing nitrogen gas out the sides. Dozens of cameras fired off in the media pool as the the scientist ran his hand under the hoverboard and pushed it back and forth. It was finally time to ride.

The Slide hoverboard contains a series of metal alloy superconducting blocks cooled to -197C by reservoirs of liquid nitrogen. The track below contains three magnets that induce a current in the blocks, causing the Meissner effect to take hold and expel the magnetic field back towards the track in a mirror image.

As a proof of concept, the Slide shows that constructing a hoverboard with stable levitation is entirely possible. Sadly, before we get too excited, the technology looks unlikely to hit the market in the near future for several reasons. The current board weighs 11.5kg, including the superconducting material and the liquid nitrogen on board, making it rather cumbersome to carry. The liquid nitrogen also requires a top-up roughly every 10 minutes to ensure that the superconducting material remains at optimal temperature.

While the Lexus hoverboard isn't quite like the one used in \"Back to the Future,\" a cool new video of the device shows riders taking it for the ultimate test ride in a special \"hoverpark\" in Barcelona.

\"I've spent 20 years skateboarding, but without friction it feels like I've had to learn a whole new skill, particularly in the stance and balance in order to ride the hoverboard. It's a whole new experience,\" he said.

The secret to making the hoverboard levitate rests beneath the specially-designed hoverpark in the Spanish city where 200 meters of magnetic track have been laid, essentially acting as a train track for the board to stay on as it navigates through the park. As a result, riders are at the mercy of the tracks and don't have the ability to go wherever they please on the board.

Here's the bad news: It's not quite the hoverboard McFly made plenty of people pine for since it can't go just anywhere and you also can't have one. Lexus said the board is a prototype and the automaker has no plans to sell them.

(Inside Science Currents Blog) -- In the classic 1989 film Back to the Future 2, intrepid time traveler Marty McFly jumps ahead a few decades, to October 21, 2015. Luxury car manufacturer Lexus appears to be ready for him. This week, they announced that they've built a "real, rideable" hoverboard. They've even released video of it, oozing fog and mysteriously floating over what looks like a concrete sidewalk. Check out the 38-second teaser for yourself:

Of course, McFly might be disappointed to learn he can't buy it; Lexus has no plans to sell the prototype board, Ars Technica reports. But even so, it's really floating there! And on the hoverboard's official website, Lexus hints at how they pulled it off:

Now, Lexus, your hoverboard is really cool, but "impossible"? Let's not get ahead of ourselves. Levitation is not only possible but also well understood from a physics perspective. Lexus is taking advantage of key properties of materials called superconductors. As you might expect, these sorts of materials are "super" at conducting electricity: When superconductors are cooled below a certain temperature, their electrons buddy up and move through the material without encountering any sort of resistance.

In short, Lexus has come up with a cool way to use superconductors to levitate a hoverboard and its rider, an impressive achievement, if true -- Lexus hasn't provided video of someone riding the board. But by now, you've probably noticed a theme: levitation happens when the superconductor interacts with an outside magnetic field.

And this is where Lexus is giving us a little movie magic. If the superconductors are in the hoverboard, then we need an outside magnetic field for the hoverboard to coast on. This is where Lexus' "permanent magnets" come in. Gourlay suspects that Lexus laid down a bunch of very strong rare-earth magnets underneath the "sidewalk," setting up a magnetic field powerful enough to support both board and, Lexus promises, a rider. In fact, Gizmodo reports that the hoverboard only works on "special metallic surfaces." 041b061a72

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