Cubli is a cube-shaped robot that can jump up, balance on a single corner, and "walk" itself across a desk, all using off-the-shelf parts. Some robots do something useful, like ordnance disposal. Some ...

Back in October, we heard about MIT's M-Blocks – they're metal cubes that use internal flywheels to hurl themselves around, sticking together magnetically to form simple structures. Now, scientists ...

"The Cubli is a 15 × 15 × 15 cm cube that can jump up and balance on its corner. Reaction wheels mounted on three faces of the cube rotate at high angular velocities and then brake suddenly, causing ...

Cubli is a clever little cube that uses reaction wheels to jump, balance and “walk” across stationary and dynamic surfaces alike. It reminds us a lot of MIT’s M ...

This latest version of the Cubli can jumping up, balanc, and even “walk”. This new version is self contained with respect to power and uses three slightly modified bicycle brakes instead of the metal ...

Cubli is a cube that can balance on a corner or edge or walk around by flipping over its edge or can be ordered to have a smooth fall. The cube, six inches in length, was developed by researchers at ...

This is such a nice mechanism that you just have to watch as it uses rotating wheels under computer control to convert angular to linear momentum - more simply it can jump up on command and balance.

The Dynamic Stems and Control Laboratory at the Institute of Technology in Zurich, Switzerland developed The Cubli robot. The Cubli is a 15 x 15 x 15 cm cube robot. The side of The Cubli has ...

Eight years and 14 million views ago, ETH Zurich introduced the Cubli, a robotic cube that can dynamically balance on a single point, using three reaction wheels. Now they've built a One-Wheel Cubli, ...

Posts from this topic will be added to your daily email digest and your homepage feed. is The Verge’s executive editor. He has covered tech, policy, and online creators for over a decade. Cubes aren’t ...

Meet Cubli! Cubli is a 15 x 15 x 15cm robotic cube that can roll around and balance on its corners using a series of gyroscopes. The project has been going strong since February 2011 at the Institute ...

This is such a nice mechanism that you just have to watch as it uses rotating wheels under computer control to convert angular to linear momentum - more simply it can jump up on command and balance.