His obsession has pushed him to build this gyro stabilized two ... wheels in [Jim’s] lab! A potentiometer measures the tilt angle of the gyro. The voltage from the pot is fed into an Arduino ...

Getting a robot to stand on two wheels ... an Arduino, and a bit of patience fine-tuning the PID controller. At the heart of the bot is the MPU6050 – a combo accelerometer/gyroscope sensor ...

The sole Gyro-X prototype is a sleek, if not quite practical, vision. Of course, the concept never really took off, and the venture established to put America on two wheels -- Gyro Transport ...

The Gyro-X is a two-wheeled prototype vehicle. Developed in the 1960s, it was proposed as a solution for the future of transportation. The car balances on two wheels through the use of a gyroscope ...

Developed in 1967 by California’s Gyro Transport Systems, the single-seat Gyro-X was a two-wheeled automobile stabilized by a built-in gyroscope. The funky prototype vehicle was the brain child ...

Who has fitted the Arduino robot with a self balancing mechanism that allows it to use just two wheels. The Lil’Bot Arduino robot supports Linux, OS X, and Windows computers and the Arduino Uno ...

The Gyro-X stands out even in this field of one-of-a-kind cars, not for its beauty or elegance but because it stands on two wheels, balanced by the whirling, beachball-sized gyroscope tucked under ...

We wrote earlier in the week about the image sensing capability of the Arduino-friendly Pixy, and now here comes a robot... It runs on two wheels and has two (Atmel ATmega32u4) processors, one on each ...

From what my simple man-brain can discern, the Gyro-X, revealed to the world at the 1961 Detroit Auto Show, is a two-wheeled car that keeps its equilibrium via a gyroscope within its body.