Have you ever driven to an event, and you see this small space where you could park yur car, yet you could not because you cannot drive in a specific direction? Have you ever tried to position your car in a specific condition to aid efficient access? have you ever wanted to free up some space in the parking space you own? well this might just be the answer
Contributing Editor Andrew Liszewski, Gizmodo, also took note of how Liddiard's Toyota Echo could "move in any direction, spin 360-degrees, and slide into a parking spot making parallel parking easier than actual driving."
William Liddiard is the inventor of a set of wheels that can move his car not only forward but sideways too. The one task drivers usually hate is parking. The advantage that easily comes to mind about these wheels is using the set in parallel parking.
Another advantage, said Mandelbaum, would be in edging your car "closer to the drive-thru window" so that you do not have to reach out so far.
In a video that he watched, "the wheels scoot the tiny Toyota Echo around the driveway forward, backwards, left, right and in circles. The car moves forward and backwards the regular way, and left/right when the tire tubes rotating inwards or outwards."
But wait, how do they actually work? Matthew Reynolds in Wired: "He doesn't give any details about the technology behind his creation, but other omnidirectional wheels work by having small discs around the outside edge of the wheel which allow the wheel to slide sideways as well as be driven forwards and backwards. Such wheels have been around for nearly a century and are quite common in small autonomous robots but they've never been fitted to widely available everyday cars."
No, it is not the first of its kind, in that "The concept of an omni-directional wheel isn't exactly new, since several tires like this exist specifically for construction vehicles that need to move in specific ways, but this particular model stands out," said Catrina Dennis in Inverse.
Liddiard Wheels are powered by 24,000 pounds of torque applied directly on the tire, said the video notes.
Liddiard said they can be bolted on to any car. "This is a world first bolt-on application for anything with wheels."
Earlier this year, in March, The London Free Press, took a look at Liddiard's work. "Omni-directional wheels, or mecanum wheels, have been around for the past 50 years. Companies such as Honda and Toyota have already invented several different versions. Liddiard said his wheel has a better design, and can function on all surfaces."
What's next? Liddiard said in the video's notes that "These are proof of concept prototypes to show that they work. Finished wheels will be refined to target application requirements."
Liddiard, who spoke with Inverse, said, "I would like to see [the wheel] used in every market." He gave as examples in material handling, mobile robotics, personal mobility and autonomous cars. "As for taking the product to market, Liddiard is more than ready," wrote Dennis. Liddiard said, "Ultimately I will bring this to market myself or a suitable company can obtain rights to it."