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SpaceDice Variation 5 - Corners

by cymon, published

SpaceDice Variation 5 - Corners by cymon Jan 25, 2017
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125Views 58Downloads Found in Dice

Summary

http://www.youtube.com/watch?v=UJ2EsoQ-N5E

This listing is for the the 5th body type in the Space Dice series variation, Corners. Included are STLs for 4 numbering types: Arabic, Pips, Roman Numerals, and my own Intergalactic numbers system. See my listings for the other body variations: Prototype, SpaceDice, SpaceDice Plus, Diamond Joe, Corners, and Gears. You can find out more about the variations here: http://joes3dworkbench.blogspot.com/2017/01/3d-printed-space-dice-gone-wild.html

Choose your favorite or collect them all!
https://pinshape.com/items/31204-3d-printed-spacedice-variation-1-prototype
https://pinshape.com/items/31205-3d-printed-spacedice-variation-2-spacedice
https://pinshape.com/items/31206-3d-printed-spacedice-variation-3-space-dice-plus
https://pinshape.com/items/31207-3d-printed-space-dice-variation-4-diamond-joe
https://pinshape.com/items/31208-3d-printed-space-dice-variation-5-corners
https://pinshape.com/items/31209-3d-printed-spacedice-variation-6-gears

According to some anecdotal evidence, Mars isn't the kind of place to raise kids. Something about the weather. But I say maybe the problem is the inability to play board games during those cold-as-heck nights. And how are you going to play board games with dice flying all over the place. They never land, so they can never be read. What you need... is

SPACE DICE!

Just 3D print in your NASA approved print-in-space 3D printer. The design does need some minimal supports which are built into the STL to support the underside lips, no matter what the slicer handles because the rest is just bridging, which you know the bridging while 3D printing in microgravity is amazing. For a fair dice use the same number of top and bottom layers and try to make the walls as thick, and use minimal infill.

Once printed get 8 of those little neodymium magnet balls that you're supposed to keep away from children. You can usually "borrow" some from the desk of that one guy in the office who's got all the toys on his desk. There's always one of those guys, even in space. Snap the magnets into the corners, then lightly toss the dice at any metallic surface (and in space what isn't metallic?) and watch them stick on a random side.

Space dice do introduce a small problem when you need to roll two of them. As soon as they're in your hand they tend to snap together, locking their positions relative to each other in place. This might not be a big problem, but depending on the polarity of the magnets when you snapped them in they may resist certain alignments, so it's best to avoid the problem all together and roll them two handed. Unless you're playing Yatzee, in which case, you've used 40 of those little magnets and chances are the guy you're "borrowing" them from may start to notice his supply dwindling.

Hard core board game people may ask if these dice are fairly distributed and even, to which I say "You're rolling dice in space! Does nothing impress you?!"

If you like my work I hope you'll consider supporting me on Pateron: https://www.patreon.com/3DPrintingProfessor

Subscribe to me on YouTube: https://www.youtube.com/user/mrjoesays

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Hey 3D Printing Professor! To make it easier to print, without having to have to have so many supports, would it be possible to print from one corner and use several brims to add a solid starting point? This would make for less support clean up on the bottom of the print, IMO.

BTW I loved the tutorial on the slicers. Thumbs up!

Thanks. I hope my videos help someone.

I looked at the possibility of tipping the dice on its corner, but the contact point was tiny, to small to trust in my option, and there were still overhangs on the other corners. I never tried printing it, though, so I say go for it if you're brave enough.

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