7:45 Is there any reason you didn't design these so one piece had holes and the other with pins to slot into the holes? Or if the faces that glued together were the base of the print, then holes on all pieces and print dowels? That way everything lines up and it would have worked as support for holding everything together.
Yes - I’ve done this in the past and there are 2 reasons I stopped: 1. This way takes less time 2. This way actually results in better alignment, because 3d prints warp a little and sometimes the holes don’t line up. I actually am more precise when I line it up manually
@@matt.bahner Ah, I see. Would you say that with how big the core is, even if you did misalign it by a few millimetres , it wouldn't make a difference?
This is a sick project. it’s great how you touch on questions and make it easy to understand. Really helps me brainstorm my own ideas too. Well explained, and holds the viewers attention. Nicely made video yessirr👏👏
I'm glad to see an idea I had to link smaller pieces to the lower digit cubes would have worked. ie having the 9x9 link to the 7x7 that link to the 5x5 that link to the 3x3. This was in late 2017 I didn't have time or a 3d printer to try it.
So instead of each piece directly attaching to core, for the centers each piece attaches to previous piece on two axes. 1:52 Could this interlocking corner mechanism be used to attach the corners in a proportional 7×7×7 cube to two out of three surrounding edges at a time during outer layer rotation?
If all the pieces float on the surface, why not all the same size? Should have no edges pieces right? Also to relocate a piece, instead of moving a piece 90° you will only have to move a piece 1 layer? Seems like it could be allot more efficient.
I know how all this 3d printing and slicing programs work so much. Since I've been working on designing/printing out some puzzles as well as printing out puzzles that other people have designed. But I've noticed that sometimes my slicer program will not generate supports in spots where it should be. But anyways I don't have that much CAD experience as you do, so I can't really design much complicated puzzles as what you make.
Haha someday I’ll make a video about all my non-cube building hobbies. I have a lot! The Ergodox is dope. It has a lot more keys than I use, but I guess it’s better to have too many than too few. Fun fact, I actually type on a non-qwerty layout that I generated with a genetic optimization program I wrote. I’m still getting comfortable with the layout, only up to 100wpm, but it feels insanely efficient on most words and I might make a video about it if I can ever get out of my head about being trapped in this puzzle building niche
@@matt.bahner that's crazy. do you have a link to how you generated it? Are there home row mods and is it similar to like colemak, dvorak, workman? (I assume it's similar in goal but curious about the practical execution.)
“V cube 11”
Real
my giant balls are bigger than
Real
Yep it’s a shape shifting 11 x 11
Real
I love how happy you look when you turn that ball. Like a big child who has created his dream toy and gets to play with it.
I love how the face tiles feel like a giant 15 puzzle
He should make a giant 15 puzzle
I’m loving these videos!
I know right
That's a big ball
yooooooooo its cuberithms
A big and complicated ball
That's what she said
This has gotta be one of the most satisfying puzzle assemblies I've ever seen. Keep it up!
Watching you assemble these big contraptions in Timelapse is some of the most satisfying content on YT
this guy deserves so much more exposure!!!
Looks absolutely amazing! Well done Matt!
He's such a master of biggest twisty puzzles.
3:05 This better be a meme lol
It's really a visual treat to watch the making of this giant ball. Amazing. Thank you for sharing.😊
This guy: *casually reinvents big cube mechanisms*
7:45 Is there any reason you didn't design these so one piece had holes and the other with pins to slot into the holes? Or if the faces that glued together were the base of the print, then holes on all pieces and print dowels? That way everything lines up and it would have worked as support for holding everything together.
Yes - I’ve done this in the past and there are 2 reasons I stopped:
1. This way takes less time
2. This way actually results in better alignment, because 3d prints warp a little and sometimes the holes don’t line up. I actually am more precise when I line it up manually
@@matt.bahner Ah, I see. Would you say that with how big the core is, even if you did misalign it by a few millimetres , it wouldn't make a difference?
been LOVING the puzzles you've been making the last year. for the record if you made a patreon i would join in a heartbeat
This is a sick project. it’s great how you touch on questions and make it easy to understand. Really helps me brainstorm my own ideas too. Well explained, and holds the viewers attention. Nicely made video yessirr👏👏
Wow! Thats giant! Great job Matt Bahner!
Now that’s a BIG BALL! 😱
I'm glad to see an idea I had to link smaller pieces to the lower digit cubes would have worked.
ie having the 9x9 link to the 7x7 that link to the 5x5 that link to the 3x3.
This was in late 2017
I didn't have time or a 3d printer to try it.
So instead of each piece directly attaching to core, for the centers each piece attaches to previous piece on two axes. 1:52 Could this interlocking corner mechanism be used to attach the corners in a proportional 7×7×7 cube to two out of three surrounding edges at a time during outer layer rotation?
Matt Bahner ❌ Giant Cuber ✔️
Unfreaking believable......as always.
It's really puzzling to develop puzzles. Congratulations on your work and for sharing it with us.
Now compare it to the 11x11
Damn, I was not expecting that mechanism. Awesome puzzle!
So would that be classed as a 'rails' mechanism, and if not how would that differ ?
"Oh yeah" at 13:10 reminded me of Vector 💀
💀💀
only 860 like and so much work done. give this man some respect
?
Wow this is just incredible!! Love that you made this with so much hollow space inside, kinda reminds me of the cloverminx by VeryPuzzle
This is a highly specific kind of madness and I can do nothing but heartily approve.
Just break my 33x33 already... 😂 All jokes aside, I like seeing those video from time to time on my feed, love your work Matt !
matt is taking pillow cubes to the next level💀
Wow, i cant even put together a 11x11
I have problems with 5x5...
you sir, are first! 🎉
This design is a bit of a throwback to pre-verdes mechanism concepts. Next you should make a giant gear cube
Doesnt the vcube8 and that one fangshi mini 6x6 use basically the same mech?
Imagine if you made one of these durable enough to play sportsball with.
There might be some engineering-grade materials you can print with.
The massive megaminx goes hard
You're getting so good at making videos
This is incredible! Keep it up 🔥
I predict all future large puzzles will feature a similar center
The 20x20 clip ;-;
This is amazing. I'm subscribed now. Great job!
The threat at the end was amazing.
Love me some Matt Bahner
You gotta start using registration features on these segmented/glued parts
Can you make a battery powered true maglev cube in which no pieces touch each other?
Will you ever try again with the 20x20?
Could you make a cubic 11x11 using the same mechanism?
@8:05, I'm a little surprised you used Super Glue and Epoxy. I was expecting you were going to heat weld it together.
If all the pieces float on the surface, why not all the same size? Should have no edges pieces right? Also to relocate a piece, instead of moving a piece 90° you will only have to move a piece 1 layer? Seems like it could be allot more efficient.
You should make a square 1 next
He has already made a giant square 1
Very cool. This was a really neat construction.
my man casually re-engineers the 11x11 ball
This is insane
Love these builds so much
I love you so much sweetheart
@@jacobgoddard9688
because you make all these amazing puzzles make a 50x50 cube
13:24 Like and subscribe or you'll rapidly disassemble us into thousands of pieces?
I know how all this 3d printing and slicing programs work so much. Since I've been working on designing/printing out some puzzles as well as printing out puzzles that other people have designed. But I've noticed that sometimes my slicer program will not generate supports in spots where it should be. But anyways I don't have that much CAD experience as you do, so I can't really design much complicated puzzles as what you make.
30% big cube (balls) building
30% body building
30% aerobics
10% math
🙃
That’s a giant ball! Dear lord!
HI MOZ!!!!
Now THIS is truly amazing! 👍
I know there is a way higher chance of messing up the algorithm than if you did the checkerboard, but I bet a superflip would've looked awesome
Where do you get your pure silicone oil?
Absolutely amazing!
dude you slay me everytime. Keep doing more of this crazy shit. 💪🏽🤘🏽
I have so many questions but I am far too tired now to even think what they are.
How many hours did it take you to make it?
HE IS SO BACK
non-linear slicers exist now
the fact that he even lubed it is insane
How do you desing the cube
How about ball yottaminx if possible????
What kind of printer do you use?
Grade job 😮
This is so beautiful
Bro pillowed it too much
Bro will you custom make me a 20x20 and 18x18
I love to see haw this is possible
How
absolute cinema
What cad software do you use?
You are crazy, I love it
04:09 couldn't you just rotate it 90 degrees, so that nothing hangs in the first place?
It was only until the assembly that I realized how big this is
Bruh, you're Insane,
And cool.
Now make it magnetic
love these videos!!!!!
This man was pulling out all the tricks to reach over 10 min
Make a giant 14x14 ball.
Next, make a Tesaract Minx.
I don't get it
The most real comment I've seen
AMAZING
Incredible
Make a small one with gold filament and put it on a big cheesey gold chain, call that Matt Bahller 😎
Giant FTO next
AMAZING!!!!
i was 2 min in and was like man just made a gint sliding puzzle mind blown
just amazing
a masterpiece🎉
The V cube 11 be like💀☠️
ooh Ergodox. why don't you show any of your interesting stuf likehow you coordinate printers or why you still use windows in 2024
Haha someday I’ll make a video about all my non-cube building hobbies. I have a lot! The Ergodox is dope. It has a lot more keys than I use, but I guess it’s better to have too many than too few. Fun fact, I actually type on a non-qwerty layout that I generated with a genetic optimization program I wrote. I’m still getting comfortable with the layout, only up to 100wpm, but it feels insanely efficient on most words and I might make a video about it if I can ever get out of my head about being trapped in this puzzle building niche
@@matt.bahner that's crazy. do you have a link to how you generated it? Are there home row mods and is it similar to like colemak, dvorak, workman? (I assume it's similar in goal but curious about the practical execution.)