WARNING: You need a well-tuned printer to print this! This model requires you be able to print in vase mode with 60 degree overhangs.

All testing was done with a 0.4mm nozzle, however a 0.6mm nozzle should work just as well.

Recommended print settings:
0.65mm line width (yes, you can print with a larger line width than your nozzle!)
0.12mm layer height
Cooling fan on max, or set to where you can print 60 degree overhangs.

There are two models available here: One behaves the same as a tile with a Y shape, giving a 50% chance to tip over and go either left or right. The other is the same but has gutter holes that allow the ball to fall through the bottom of the tile.

Note that the Hextraction game board is on a 30 degree slope, so having a 30 degree incline on the pathway makes it level with the surface the board is sitting on.

C tile: https://than.gs/m/902899
Y tile: https://than.gs/m/902902
Basic tile: https://than.gs/m/902660

All my Hextraction CAD files: https://gitlab.com/ransElectronics/hextraction-openscad/

[Hextraction] Y tile prints in Vase Mode

y_vase.stl

WARNING: You need a well-tuned printer to print this! This model requires you be able to print in vase mode with 60 degree overhangs.

All testing was done with a 0.4mm nozzle, however a 0.6mm nozzle should work just as well.

Recommended print settings:
0.65mm line width (yes, you can print with a larger line width than your nozzle!)
0.12mm layer height
Cooling fan on max, or set to where you can print 60 degree overhangs.

There are two models available here: One behaves the same as a tile with a C shape, turning 60 degrees to either side. The other has gutter holes that allow the ball to fall through the bottom of the tile.

Note that the Hextraction game board is on a 30 degree slope, so having a 30 degree incline on the pathway makes it level with the surface the board is sitting on.

C tile: https://than.gs/m/902899
Y tile: https://than.gs/m/902902
Basic tile: https://than.gs/m/902660

All my Hextraction CAD files: https://gitlab.com/ransElectronics/hextraction-openscad/

[Hextraction] C tile prints in Vase Mode

c_vase.stl

WARNING: You need a well-tuned printer to print this! This model requires you be able to print in vase mode with 60 degree overhangs.

All testing was done with a 0.4mm nozzle, however a 0.6mm nozzle should work just as well.

Recommended print settings:
0.65mm line width (yes, you can print with a larger line width than your nozzle!)
0.12mm layer height
Cooling fan on max, or set to where you can print 60 degree overhangs.

There are two models available here: One behaves the same as a tile with a single straight path. The other has gutter holes that allow the ball to fall through the bottom of the tile.

Note that the Hextraction game board is on a 30 degree slope, so having a 30 degree incline on the pathway makes it level with the surface the board is sitting on. Hence, it will only work in one orientation.

UPDATE July 7th 2023: Added more notches so it will fit into the grid in more than one orientation.

C tile: https://than.gs/m/902899
Y tile: https://than.gs/m/902902
Basic tile: https://than.gs/m/902660

All my Hextraction CAD files: https://gitlab.com/ransElectronics/hextraction-openscad/

[Hextraction] Basic Tile Prints in Vase Mode

tile_vase_gutters.stl

tile_vase_basic.stl

Got a group of friends that you want to spice up your Hextraction shenanigans with? Or that you want to just get funky? Now you have the answer! These are Forbidden tiles with triggers to either remove or put on clothing! 
parties involved may vote on their placement limits.
These files are drop-in replacements for the lids that snap onto Mystery tiles.

Instructions:
Snap onto the top of official mystery tiles.

These are replacement lids for the Mystery Tiles here: https://thangs.com/designer/ZackFreedman/3d-model/Hextraction%20Secret%20Tiles-856513
Note that these are not remixed, I recreated the models from scratch. You are free to remix them however you want though.

UPDATE July 8th 2023: Slightly tweaked wording on the rule cards.

[Hextraction] Dress and Strip Mystery Tiles

strip card.stl

strip mystery.stl

This tile simulates a single binary digit

UPDATE June 29th 2023:
The Hextraction rules were updated, making the rule card unnecessary. I will keep it  available for posterity if you really want to print it.  

Assembly instructions:
1. Print both parts
2. Stick a piece of PETG filament down the hole on the side of the tile
3. Align the filament with the hole on the toggle piece
4. Stick the filament all the way through. Use significant pressure to force it in place. 
5. Cut the filament flush with the edge of the hexagon
6. (If the filament hinge doesn't hold) glue it in place using your glue of choice. I recommend cyanoacrylate.

CAD files and other stuff are available here:
https://gitlab.com/ransElectronics/hextraction-openscad/-/tree/main

UPDATE June 30th 2023:
Removed the rule star from the tile in accordance with updated Hextraction rules

UPDATE June 13th 2023:
Changed font on the rule card to make it easier to print

UPDATE June 10th 2023:
Made some minor tweaks to the model
Tweaked the input spot for the filament hinge so slicers wouldn't try to put supports there
Added more clearance to the exit wall
Update the rule card to be thinner
Rotated both parts to their intended printing orientations.



Binary Tile (hextraction)

binary_tile.stl

toggle.stl

binary_rule_card.stl

A remix of https://www.thingiverse.com/thing:5383489
I gave the "fluffy" axolotle a really cute beard!
#Hairify

hairy axolotl.stl

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Pinned models

Binary Tile (hextraction)

[Hextraction] Y tile prints in Vase Mode

[Hextraction] C tile prints in Vase Mode

[Hextraction] Basic Tile Prints in Vase Mode

[Hextraction] Dress and Strip Mystery Tiles

Binary Tile (hextraction)

hairy axolotl.stl