Japanese Engineer Creates Mesmerising Gyroscopic Device Controlled by Smartphone

A Japanese engineer has developed a remarkable gyroscopic device that demonstrates extraordinary stability while being smartphone-controlled. Tomohiro Aoki’s creation, called “Gen2,” showcases exceptional balance and rotation capabilities through an innovative interface.

What makes this invention particularly fascinating is its regenerative braking system. When activated, it causes the entire housing to rotate dramatically while maintaining perfect equilibrium—creating what appears to be a mechanical ballet performed by a flying saucer.

Beyond its hypnotic visual appeal, this technology has serious potential applications. The gyroscopic stability system could transform personal mobility devices, revolutionise camera stabilisation technology, or even contribute to orientation controls for small spacecraft.

The UGOKU Pad smartphone interface adds an accessible layer of control to an otherwise complex mechanical system, democratising access to advanced physics principles.

Aoki’s creation serves as a brilliant reminder that some of the most captivating technological breakthroughs emerge when innovators playfully experiment with fundamental physics in creative new ways.