The front wheel and fork that extends out Easy Rider -style is from a self-balancing robot he built a couple of months ago. This features a larger wheel shape that can go forward and back, while ...

Here’s a 3D printed Hemispherical Omnidirectional Gimballed Drive system which you can make at home. That’s a mouthful which is why it is commonly referred to as a HOG drive. Never heard of one? Well ...

What if cars could turn on the spot, just like tanks? Wouldn't that be cool? And what if they could take things even further and move sideways? Well, that would certainly leave the Internet barren of ...

An innovator has built a self-balancing one-wheeled robot. Developed using 3D-printed components, the latest innovation can stand still. YouTuber James Bruton built the robot using 3D-printed ...

When it comes to transportation, we have always stuck to one direction, forward. In the movies and dreams of the future, the human race goes beyond this and creates vehicles which can go forward, back ...

The ability to change direction without turning is the specialty of omnidirectional wheels, which [maker.moekoe] used to their full potential on a pair of ESP32-controlled robots. Video after the ...

Omnidirectional wheels are nothing new, but even if it’s been around for ages, people are still wondering if it’s practical to use at all. William Liddiard, a Canadian inventor, recently came up with ...

Inventor William Liddiard invented a wheel with motorized internal rollers that can rotate a tire horizontally. A car with these wheels can move laterally or even rotate about its axis. Following is a ...

Tuosda believes that in the current industrial sector, especially in factories and workshops, the industry needs robots that ...

For a long time, business experts said, "Don't try to reinvent the wheel." Now, that's the primary objective for many engineers looking to create the vehicles of the future. And just when it seems ...