Part 3/6:
As the team delved deeper into their project, they encountered physical limitations with the Rubik’s cubes themselves. The cubes would disintegrate under the stress of high-speed manipulation, with pieces snapping off due to the rigorous demands placed on them. To address this issue, the students designed a distinct internal core that reinforces the cube's structure, preventing disintegration and improving durability.
In addition to structural modifications, they implemented numerous optimizations to the cube's centerpieces. These adjustments enabled smoother movements with minimal slippage during rotations, which is crucial for maximizing speed and accuracy.