Building the Fastest Turning Rubik's Cube Possible

🔧The creator replaces the traditional screwing spring structure with maglev tensions to reduce friction and improve performance.

🧲The cube features magnets to provide additional controllability and stability during turns.

💪Adding weights to the cube, such as dimes or small magnets, increases its rotational inertia and allows for longer spinning times.

🪣Lubricating the cube with fast lubes like DNM-37 and Max Fleet improves its smoothness and speed during turns.

🏎️The modified cube achieves incredible turning speeds, reaching up to a U12 turn.

What modifications were made to the cube's hardware?

—The traditional screwing spring structure was replaced with maglev tensions, creating a spring-like sensation in the cube.

How do the magnets in the cube help with performance?

—The magnets provide additional controllability and stability during turns, enhancing the cube's overall performance.

What is the purpose of adding weights to the cube?

—Adding weights, such as dimes or small magnets, increases the cube's rotational inertia, allowing for longer spinning times.

Which lubes were used to lubricate the cube?

—The cube was lubricated with fast lubes like DNM-37 and Max Fleet, improving its smoothness and speed during turns.

What is the maximum turning speed achieved by the modified cube?

—The modified cube achieves incredible turning speeds, reaching up to a U12 turn.

00:00The creator attempts to build the fastest turning Rubik's Cube possible.

01:18The traditional screwing spring structure is replaced with maglev tensions for reduced friction and improved performance.

03:15Weights, such as dimes, are added to the cube to increase rotational inertia and spinning time.

04:59The cube is lubricated with fast lubes like DNM-37 and Max Fleet for smoother and faster turns.

07:20The modified cube achieves incredible turning speeds, reaching up to a U12 turn.