The puzzle consists of 9 puzzle pieces and 3 boxes.
A solution video is here
https://www.youtube.com/watch?v=mHMGOIr09rI
I printed the puzzle with the following settings
Material: PLA
Resolution: 0.2mm
Infill: 20%
no supports
no raft, no brim
The solutions were created with the help of the Burr-Tools program.
Further information about the TetraCubitPrism Polyforms
By dividing an equilateral hexagon, you can create 3 diamonds with 120° and 60° internal angles. If you extrude these diamonds, you get cubit prisms.
Shapes consisting of 4 extruded diamonds are called tetracubit prisms. There are 24 different tetracubit prisms.
A zip file is attached, which includes the following:
| TetraCubitPrism.zip | 2.1MB | |
| TetraCubitPrismBox_1.stl | 3.4KB | |
| TetraCubitPrismBox_2.stl | 5.9KB | |
| TetraCubitPrismBox_3.stl | 5.7KB | |
| TetraCubitPrismTop_1.stl | 8.1KB | |
| TetraCubitPrismTop_2.stl | 13.4KB | |
| TetraCubitPrismTop_3.stl | 11.8KB | |
| TetraCubitPrism_01.stl | 4.8KB | |
| TetraCubitPrism_02.stl | 5.0KB | |
| TetraCubitPrism_03.stl | 4.8KB | |
| TetraCubitPrism_04.stl | 5.0KB | |
| TetraCubitPrism_05.stl | 4.8KB | |
| TetraCubitPrism_06.stl | 5.0KB | |
| TetraCubitPrism_07.stl | 5.0KB | |
| TetraCubitPrism_08.stl | 5.0KB | |
| TetraCubitPrism_09.stl | 5.0KB |
