Hoverboards, as soon as the discuss of the city, have had their share of ups and downs being accountable for some 27,000 hospital admissions between 2015-2016). However one innovator, James Bruton, has taken these two-wheeled devices to a complete new degree by remodeling them right into a mind-boggling omniwheeled bicycle utilizing a 3D printer and laser cutter.

Bruton’s creation options two colossal omniwheels, all designed and crafted by him, utilizing a mix of his DIY elements. These mammoth wheels are cleverly mounted on the ends of a sturdy plywood “bike body,” which is break up within the center, permitting the 2 halves to rotate independently, similar to an ordinary hoverboard. Check out the picture under that can assist you get your thoughts round that description.

The maker retained the inventory hoverboard motors and electronics for his creation. These motors are accountable for driving the omniwheels by way of a toothed belt drive. The gear ratio of the belt drive is meticulously configured to accommodate the bigger diameter of the omniwheels, guaranteeing the hoverboard’s stability stays intact.

The top consequence? A self-balancing “bike” in contrast to something you’ve ever seen. Whereas the present management system depends on physique weight and the manipulation of the bike’s sections, James is exploring the usage of servos to tilt the hoverboard sensors for smoother and extra intuitive management.

How does it transfer round? Is it helpful as a method of transport? Check out the video under, and decide for your self.

Video

Whereas it’s unlikely that this enormous orange and black hoverboard will acquire any traction available in the market, it’s nonetheless an awesome instance of how 3D printing can be utilized to change present tech into wacky and enjoyable new designs. And for these questioning if this overgrown hoverboard will probably be sending one other consumer to the accident and emergency ward, then Bruton has this coated, as he has included an influence cutout for added security.

Supply: hackaday.com

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