Difference between revisions of "Grant's Physical 4d Puzzles"
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==2x2x2x3== | ==2x2x2x3== | ||
| + | On January 16, 2022, after finding out that Grant had made his own 2x2x2x2 with his 3d printer, Rowan challenged Grant to build a design that Luna had made for a 2x2x2x3 a bit over a month earlier. After work on a new magnet layout, cad designs, 3d printing, and assembly, the puzzle was completed on February 2nd, 2022 | ||
| + | <br/> | ||
| + | [[File:First2x2x2x3pictureLowerRes.png|200px]] | ||
| + | In the coming couple of weeks, Grant created a couple of videos show the puzzle, how to move it, and how the new 3C pieces worked. | ||
| + | [https://www.youtube.com/watch?v=7on6xk9kq-g First video] | ||
| + | [https://www.youtube.com/watch?v=t26I64E-bvI 3C pieces, the special axis, and gyros!] | ||
==2x2x3x3== | ==2x2x3x3== | ||
Revision as of 14:18, 2 September 2022
2x2x2x3
On January 16, 2022, after finding out that Grant had made his own 2x2x2x2 with his 3d printer, Rowan challenged Grant to build a design that Luna had made for a 2x2x2x3 a bit over a month earlier. After work on a new magnet layout, cad designs, 3d printing, and assembly, the puzzle was completed on February 2nd, 2022
In the coming couple of weeks, Grant created a couple of videos show the puzzle, how to move it, and how the new 3C pieces worked.
First video
3C pieces, the special axis, and gyros!
