It weighs 30 kg, stands 34 cm tall, and consists of 13,827 pieces. Every piece of the cube was 3D printed using PETG plastic (aside from the bolts and springs).
Congratulations to Preston on such an incredible achievement. I've never seen olzing on such a large puzzle!
Do the algorithms stay the same regardless of rows?
Yes, exactly. The same algorithms used to solve a 6x6 can be used to solve an 7x7, or a 10x10, or a 49x49. You just need to repeat them for each layer.
Even-dimensioned cubes (4x4x4, 6x6x6, ...) are harder because they introduce some parity errors. Odd-dimensioned keep their fever center piece in the right spot.
Otherwise the size just makes it more tedious. I keep up with a 4x4x4. I had a gigaminx dodecahedron that I solved a few times, but it just made my hands tired from the weight and kept popping out pieces because of their tinyness.
just made my hands tired from the weight and kept popping out pieces
What brand of gigaminx did you have? My old MF8 gigaminx is a bit stiff, but it's never popped on me. I've heard good things about the more modern YuXin and DianSheng ones.
As an aside, are you subscribed to !cubers@lemmy.world? Would be great if we could get more people on there.
I can't recall. It's been well over ten years. I think I solved it two or three times. It was just tedious. Whatever cheap brand they had on dealextreme at the time.
For record-breaking puzzles like this, the challenge is more in designing and building a functional puzzle. Solving it is comparatively easy, if tedious.