Although it is named Hoverboard, the device does not levitate like other designsreleased to coincide with 21 October 2015 – the date travelled to in sci-fi movie Back to the Future II, when character Marty McFly uses a hoverboard to get around.
Bigler’s product instead relies of gyroscopic technology, also found in personal vehicles like Segways.
“I dreamt of a personal electric vehicle that would produce the sensation of surfing on land,” said Bigler.
Leaning forward causes the Hoverboard to accelerate, and leaning back causes it to decelerate, or go the other direction.
Its 25.4-centimetre-diameter wheel is located in the centre of the deck and is powered by a single electric motor that provides up to 5,000 watts.
The motor is controlled by a computer that keeps the gyroscopes balanced front-to-back. However, it is up to the user to master the side-to-side motion.
The device can travel 12 miles with the charge from a standard battery, and over 20 miles with an extended battery.
Charging takes 16 minutes with a “supercharger”, or one hour with standard charger.
Versions of the Hoverboard are also equipped with onboard lighting, speakers to play music and a ground-detecting sonar to keep the it parallel to changing surfaces.
The range of products are now available to preorder, with prices ranging from around $3,000 to $10,000 (£2,000 to $6,800).
“I didn’t want to approach the first real Hoverboard from the standpoint of making it a price-product,” Bigler said. “I spared no expense to make it fully, everything today’s technology could possibly provide.”
A video showing the construction of Bigler’s Hoverboard.
via – dezeen