YouTuber and LEGO builder Akiyuki Brick Channel has created a "Great Ball Contraption" that has no point whatsoever, but is totally mesmerizing. The post LEGO ‘Great Ball Contraption’ Is ...

Step into the world of mechanical creativity with the mesmerizing LEGO Great Ball Contraption (GBC) Layout from 2012. This awe-inspiring setup showcases a series of brilliant modules designed to ...

This 8 minute YouTube video will without doubt make you look at LEGO in a whole new light. The Rube-Goldberg style system consists of twenty individual Great Ball Contraption (GBC) modules ...

We are continually amazed by the things people do with LEGO and Technics, especially those that require incredible engineering skill. There’s an entire community based around building Great Ball ...

It’s not every day you see something that makes your jaw drop, but today, while watching the video of the largest, most intricate Lego machine I’ve ever witnessed, mine did. The machine, known as the ...

Tech News 12 Fantastically Complex and Mostly Pointless Lego Great Ball Contraptions Rube Goldberg would be incredibly proud of these Lego machines that do so much for so little.

Looking at this 17-stage Great Ball Contraption makes us think that [Skiyuky] should be working in industrial automation. The build, which has been assembled from an untold volume of LEGO parts, mo… ...

They’re called Great Ball Contraptions. All they do is move miniature balls from one place to another–in the most complicated manner mechanically possible. For the Lego Technic-loving designer ...

Forget about Rube Goldberg machines and that dusty Mouse Trap board game. The Lego "Great Ball Contraption" makes you a believer in bricks, baby.

YouTuber and LEGO builder Akiyuki Brick Channel has created a "Great Ball Contraption" that has no point whatsoever, but is totally mesmerizing.

Some of the best Lego GBCs leave you wondering if the laws of physics are being bent or broken, and that’s the case with Akiyuki Brick Channel’s contraption. It features five spinning off-axis ...