![]() Magnetic levitation is also viable but establishing an infrastructure for such technology isn’t considered likely in the near-term, if ever. A number of manufacturers are now working on self-driving technologies and some experts believe such vehicles could be available in showrooms before decade’s end. Volkswagen concept hover car license#to create a license plate specifically for autonomous vehicles, Google acquiring the first plate. Nevada recently became the first step in the U.S. That part of the concept appears to be far closer to reality. Meanwhile, the system can be programmed to operate autonomously, allowing a motorist to simply plug in a destination, set back and enjoy the ride. (Terrafugia ready to launch sales of its flying car. The hovercraft can move forward or back, left or right and even spin on the proverbial dime. The hovercraft concept uses special sensors to remain properly positioned over that grid and to avoid other vehicles. But it requires a magnetic grid to be placed over tracks or roadway. The advantage is that the technology reduces friction and can be highly energy efficient. There are plans under discussion to create a network of similar lines across the country. China already has a magnetic levitation train running between downtown Shanghai and the city’s main airport. The underlying concept is, in fact, anything but science fiction. That’s a bit different from a conventional hovercraft which rides on a cushion of air. The disc-shaped hovercraft can seat two people and uses magnetic levitation to ride several inches over the road surface. The prototype emerges from the “People’s Car Project,” a crowd-sourcing program VW has set up in China to encourage owners and fans to submit ideas about what sort of cars they’d like to drive in the future. It looks like a flying glass donut and would seem more appropriate in a remake of the Jetsons but Volkswagen’s hovercraft concept is a bit more than just sci-fi. Have a look through our photo gallery for more images of the Volkswagen Aqua in all its computer-generated glory.VW's Hover Car uses magnetic levitation to float inches above a road surface. "I hope Aqua will become an affordable supercar that is available to the general public one day." "There is no better form of transport than an air cushion vehicle because it travels equally well over land, ice and water," commented Ms Yuhan. That's not very quick in comparison to an ordinary road car, but we imagine achieving this sort of speed when hurtling across a swamp would be exhilarating to say the least. Power is supplied to the electric motors by an eco-friendly hydrogen fuel cell, which delivers enough grunt to help the Aqua achieve a top speed of 100kmh (62mph). It's powered by a pair of electric motors - one for inflating the vehicle's hovercraft-style skirt and another that drives a set of high-powered propulsion fans. Sadly, nobody's actually built the Volkswagen Aqua as yet (these fancy pictures are computer-generated), but its design is based on technology that exists in the real world today. Along with traffic-filled cities, the country's geography also consists of expansive deserts, mountain ranges, subtropical areas and bodies of water that should, in theory, be accessible in the hovercraft-inspired Aqua. The bonkers Volkswagen Aqua is designed to tackle China's hugely varied terrain. The Volkswagen Aqua was penned by 21-year-old female designer Zhang Yuhan as part of a VW-sponsored competition to fashion the ultimate off road vehicle for China, according to the Daily Mail. A concept car capable of crossing any terrain on the planet has dreamed up by Chinese graduate. ![]()
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