6/11/2019 USA Grandpa Bill: This is by far the most confusing and interesting joint you've shown. Thank you. You always make videos worth watching. I daresay we are so much with you in spirit you could be sitting on the concrete straightening rusty nails and we'd probably watch you and listen to you talk. You probably have an old masters method of straightening the nails and blunting the tips for penetration.
The most important part of this video and what was most impressive was not the joint, but how you dissected it and figured out how to make it. Well done and thank you for the education.
That was better than an action movie!! All that work and then the final "pull-apart" and let-down!! Great acting, great directing - surprising ending! Just too enthralling!!!
+AshtonColeman I'm pretty sure metallurgist, forge & foundry workers and machinists would disagree with you. Sure, there is nothing visible, but the structures are there and they will affect things.
+AshtonColeman I agree, but simple cuts and imperfect (bumpy teeth) weld seams are much more economical, and repairable. I even hold up truck frames after breaking a perfect line, no need for weird geometry...just weird welding.
***** You are now talking about the crystal structure, while I'm talking about the actual "grain" which is present in any steel mill product. If you machine a forged piece for example, it is sure going to bend in the perpendicular to the "grain" direction. Sure thing that the crystal structure has its fingers in play here.
Yet another fascinating venture into complex joinery, Matthias. You have got to be the most entertaining woodworker I've ever seen. I like your step by step explanations, and also your frank honesty in determining the value, and lack of, this joint after all the work that you put into it. Thanks.
I liked the method of cutting and rearranging it from pieces from a cube. Makes clear what the basic principle is. That sort of joint would even be possible with different numbers of "cake pieces", but it wouldn't look so nice.
I am not sure how I got to this video. However, it was a very interesting process, and when you asked how useful it was and then answered that it's not, I thought that was hilarious. Thanks.
Thank you Matthias for doing the math for everyone then devising a teaching method to show it in simple terms. Your intellect and teaching skills are stunning but you are very gracious about both.
I´m not a woodworker but I loved this video. What an extremely clever piece of work. But what made the video, for me, was your closing statement. Loved it :D Thank you.
I love that matthias will work his ass off creating something then admit it's not the best thing to do. That's why I subscribed, bought his plans, and tried to be better. thank you matthias
2.2 million people got inspired, then frustrated and are now staring at a pile of firewood, wondering what the hell went wrong with their lives. Thanks a lot Matthias!
The 3d printer only has to be more accurate than the woodworking we see in this video. And every 3d printer I have seen is. I have several 3d printed parts which I use regularly and they all have sub 1mm precision. You won't get that with a panto-router and chisel.
+Tracy Reed So, you came to a woodworker's channel to tell someone not to woodwork? Did you just come from a cooking channel where you told someone it's easier to just order a pizza?
+Stephen Al-Hakim Is the pizza 3d printed? More seriously though, this is an example of cross disciplinary innovation. It is useless for woodworking, but could be useful for 3d printed parts that are assembled into a larger item.
+KnightsWithoutATable Are you calling the 3 way joint useless for woodworking? I don't think it is at all. It's one more decorative joint that can be beautiful if used properly. Just don't use it in a load bearing situation.
The fact that you found it easier to make a template for the panorouter then cut it by hand (and the fact it worked so accurately) is outrageous. Ever more impressive wood magic, even explained.
I have been kind of waiting for you to do this joint and address the actual strength of it that has seem to become a myth of sorts when compared to traditional joinery, thanks Matthias.
I'd say it would be a useful and interesting joint to implement into kid's wooden toy. Plus it can be assembled in 3 different ways. Imagine if a kid have bunch of these, what will they build?
Matthias - Thanks for the video! I love the exercise in geometry, the no nonsense approach to building the joint and the honest assessment of its usefulness.
Před 8 lety
Japanese wood joinery is a world of its own, thanks for sharing this with us, Matthias
Why are people crying over him using the glue? It was clearly just for quick demonstration so that he could model each piece without having to painstakingly chisel everything as he showed different configurations... the glue did nothing to hold the actual joint together... It's not like he's using glue to make the *actual* model.... as you can see from the fact that he makes an actual joint by cutting into solid wood pieces at the end.********
You're doing my head in Matthias. So many angles! You really are the king of angular thinking. it would be interesting to see how strong it would be all glued up.
except Japanese do NOT use glue or a saw , and it is entirely hand carved . And NO it is not useless , And as a half Japanese myself born and raised in Kyoto I assure you that Todaiji in Nara was built partly using this type of joinery and it has been standing for 1300 years in spite of at least 6 recorded major earthquakes in the area . And the entire temple was built entirely out of wood without any metal whatsoever , not a single nail and of course no use of any adhesive . The entire temple is made of interlocked pieces of wood, just like the Ise Shrine which is nearly 2000 years old and is entirely undone and rebuilt every 20 years .
Morgan Olfursson I'm guessing that if you use a weaker, but more flexible joint like this in conjunction with stronger, but less variable joint for structures, then you end up with something like today's hybrid material (but on a much larger scale)? Maybe the less rigidity also give it better endurance against earthquakes too.
SuperFunkmachine I'm entirely guessing, but I think the rebuilding might be more ceremonial than for actual maintenance? I guess there will definitely be pieces that you must replace, but the main structure must be stable enough or else it would topple while you take it apart.
Of course you just went a head and cut an "impossible" joint on a machine you designed. This is the kind of stuff you really excel in. How did you figure out the angle you needed to mount it in the pantorouter?
Great video about an interesting and exotic joint! Explaining the principle before constructing the final joint was a big plus. And I liked your practical conclusion after it was finished (and tested!)
This is my first time watching a woodworking video on youtube and I have to say I haven't laughed out loud that hard in a long time! I wasn't sure what to expect and after all that work and ingenuity behind this joint, I was expecting something awesome. Come 6:59, my wife was staring at me like I lost it, which I did.
Nice job What you think about multi-cutter something like Bosch GOP 55-36 or any other for cutting those joints ???? I think it will be much faster and easy to do same job...
Maxx Fordham yes figuratively. God being also figuratively because you are speaking of a significantly higher power of which is fictional and can only be reffered to metaphorically
EliosMoonElios yes but thats not what i said, they are both very clever. even trying to copy a joint like this is difficult, let alone explain it as if it were making toast
Maxx Fordham i didnt say every single person believes in something different, it was an over all generalisation. but there are also many types of christians,athiests etc that arent like some of their fellow believers, some christians are very modest and godly and some cuss like hell and are in rock bands and some dont even believe in heaven and hell but are still christian, so yeah everyone is different, mostly.
Great video. The only thing I must mention is that on the cube, the angle of rotation needed is 90 degrees not 120 due to the fact that is has 4 possible symmetrical configurations (360/4=90). The 120 only applies to the triangular joint as it has 3 possible positions (360/3=120)
From the moment i first saw that joint i suspected that it wasn't good for anything but decoration. I had actually saved the gif in my bookmarks so i'd get around and make one. Thanks for saving me the time :)
+NeXTSTORMING Probably stress. One tends to use more pushing force when cutting thick woods (impatience?). Plus waxing the saw blade would help cut down on friction.
By far the best explanation of this joint on the internet.
He's super smart
I really liked your clear explanation with physical models. Super well done!
+Applied Science Of course, I first drew a CAD model to better understand it myself :)
+Matthias Wandel You and +Applied Science are invariably my top 2 CZcams channels, thank you guys for the awesome content.
+Matthias Wandel You... always with the CAD models. :)
John Huddleston a lave jou
this comes from China
Thank you for demonstrating this difficult joint. Your breakdown and analysis was brilliant.
6/11/2019 USA Grandpa Bill: This is by far the most confusing and interesting joint you've shown. Thank you. You always make videos worth watching. I daresay we are so much with you in spirit you could be sitting on the concrete straightening rusty nails and we'd probably watch you and listen to you talk. You probably have an old masters method of straightening the nails and blunting the tips for penetration.
Make a shirt that says "RESPECT THE WOOD GRAIN!"
I so need that shirt... My pops would love it, lol
5:39 respect the joint; this just destroyed what strength there was.
Jeff Que लम
Jeff Que Alcohol?
I could respect that.
One day you're making crazy joints the next you're vacuuming wasps on a quadbike with a steady tripod
This comment made my day!
thats life
The most important part of this video and what was most impressive was not the joint, but how you dissected it and figured out how to make it. Well done and thank you for the education.
That was better than an action movie!! All that work and then the final "pull-apart" and let-down!! Great acting, great directing - surprising ending! Just too enthralling!!!
This is a neat joint to cast in steel. It seems more suited to metal as there is no grain to worry about.
+AshtonColeman I'm pretty sure metallurgist, forge & foundry workers and machinists would disagree with you. Sure, there is nothing visible, but the structures are there and they will affect things.
+AshtonColeman I agree, but simple cuts and imperfect (bumpy teeth) weld seams are much more economical, and repairable. I even hold up truck frames after breaking a perfect line, no need for weird geometry...just weird welding.
***** You are now talking about the crystal structure, while I'm talking about the actual "grain" which is present in any steel mill product. If you machine a forged piece for example, it is sure going to bend in the perpendicular to the "grain" direction. Sure thing that the crystal structure has its fingers in play here.
+boxer3main Very much agree with you. Just an inch/25mm of a decent weld bead can do wonders.
+JohnnyNismo metal or plastic... I agree
kawai tsugite
the most adorable joint
ha ha ha
Looking for a challenge or have something to prove! Perfect for CZcams! You make my day Matthias.
MATTIAS: I'VE BEEN A WOODWORKER ALL MY LIFETIME AND EVERY PROJECT I SEE YOU INVOLVED, I ALWAYS TAKE MY HAT OFF!. YOU ARE A GENIOUS!
Somebody had something to prove :0)
Professor Wandel at work. Great explanation as always!
I think this would be great if made in plastic, like LEGO.
He has to patent this as a toy or construction blocks! :D
+Nico Smets Start looking at 3d printers :)
Imagine that joint it in aluminium or steel, but then again it doesn't apply to the woodworkers world hehehe
+Nico Smets I like "Professor Wandel". Everyone should start calling him that.
+Emmanuel Lopez metal would be butt-jointed and welded no need for fancy joinery there
Love the quote "respect the wood grain"
panofish
The effort that went in to making this and the video alone deserves a like on CZcams. +1 to you sir.
Yet another fascinating venture into complex joinery, Matthias. You have got to be the most entertaining woodworker I've ever seen. I like your step by step explanations, and also your frank honesty in determining the value, and lack of, this joint after all the work that you put into it. Thanks.
I liked the method of cutting and rearranging it from pieces from a cube. Makes clear what the basic principle is. That sort of joint would even be possible with different numbers of "cake pieces", but it wouldn't look so nice.
I am not sure how I got to this video.
However, it was a very interesting process, and when you asked how useful it was and then answered that it's not, I thought that was hilarious.
Thanks.
staninjapan07 yup, after all that... "how useful is this joint? It's NOT". LOLOLOLOLOLOL.
Thank you Matthias for doing the math for everyone then devising a teaching method to show it in simple terms. Your intellect and teaching skills are stunning but you are very gracious about both.
I'll have to say, it's woodworkers like you that make me scratch my head in wonderment. You defiantly keep life interesting, usable or not.
That joint looked really strong, but it wasn't. Just like an action film actor.
haha The Tom Cruise of joints.
+Angel Luis Trinidad
"That joint looked really strong"...but it just made me hungry and kind of tired.
+Angel Luis Trinidad I see you commenting and getting upvotes on almost every video i watch :p.
+FoodOnCrack Hi, glad to meet you. It looks like we have the same taste for CZcams videos.
+Angel Luis Trinidad Or a football player (soccer)
I´m not a woodworker but I loved this video. What an extremely clever piece of work. But what made the video, for me, was your closing statement. Loved it :D Thank you.
It's part of the Japanese art of construction without nails!
Agreed. Intelligent, practical, and objective closing statement.
StevieSpain D løøln
I love that matthias will work his ass off creating something then admit it's not the best thing to do. That's why I subscribed, bought his plans, and tried to be better. thank you matthias
2.2 million people got inspired, then frustrated and are now staring at a pile of firewood, wondering what the hell went wrong with their lives. Thanks a lot Matthias!
This channel is actually amazing, seriously.
if id not seen it , i wouldnt believe it ,,, but it was well explained , i understood how and why it worked in under 90 seconds ,,, well done
You make complex things a lot easier to understand. This video was a perfect example.
This looks like an excellent task for a 3d printer. Easier than carving it out of wood and you would probably get more accurate results as well.
+Tracy Reed 3D printers can be quite inaccurate. Or at leas,t I have seen quite a lot of inaccurate 3d printed parts.
The 3d printer only has to be more accurate than the woodworking we see in this video. And every 3d printer I have seen is. I have several 3d printed parts which I use regularly and they all have sub 1mm precision. You won't get that with a panto-router and chisel.
+Tracy Reed So, you came to a woodworker's channel to tell someone not to woodwork? Did you just come from a cooking channel where you told someone it's easier to just order a pizza?
+Stephen Al-Hakim Is the pizza 3d printed?
More seriously though, this is an example of cross disciplinary innovation. It is useless for woodworking, but could be useful for 3d printed parts that are assembled into a larger item.
+KnightsWithoutATable Are you calling the 3 way joint useless for woodworking? I don't think it is at all. It's one more decorative joint that can be beautiful if used properly. Just don't use it in a load bearing situation.
That is a very neat joint! When you glued it at 2:54, I said, "OOPS", he just glued it together. :-)
It is a very cool looking joint! I'm impressed that you tackled it!
+Peter Brown It's been suggested too many times. And the video of the original went viral, so was hoping I could piggypack on that virality!
I would like to see it glued together and then compared against other joints on the screw advanced strength contraption you made.
I waited like 2 months to watch this one...not disappointed. Super awesome.
You are the Einstein of woodworking! Someday someone will use your ideas to make a woodworking Abomb.
sat here for 7 minutes only for him to say that it has no uses and breaks easily.
lol I was wondering if this had any practical uses. Said "nope" once I saw he had to glue the pieces back together. Super Neat Concept though
No uses? Pfft Japanese temples are still standing after 1000 years of earthquakes.
oh, they use this technique? Forward me some references so that I can educate myself.
I'm glad you said that Anthony Cano... I just fast forwarded and said, "What?!?" Thanks for saving me a useless download.
Yea right, the wood then had different physical properties I guess.
Did anyone else die a little inside immediately as he did the glue wrong?
Aye, though when making a video you often don't work as natural as you have a couple of things on your mind.
I did. Also.. hot glue? Really? -.-
The hot glue was for quick demonstration
I was just thinking "I must not quite understand what he's doing, I would have thought that the glue goes on the two pieces that touch the big one"
The weird feeling when you see a genius make a minor mistake.
Love that you took the time to explain this and visually demonstrate it.
Thanks a ton, Matthias!
I love how you explain this. you go from the basic idea, to the complex implication in a practical way.
Spoiler Alert: At the end he just goes "ya, nvm this is a piece of shit" *breaks it*.
Thanks for the always objective explanation.
The fact that you found it easier to make a template for the panorouter then cut it by hand (and the fact it worked so accurately) is outrageous. Ever more impressive wood magic, even explained.
It's so simple once you explain it. You totally demystified it for me. My Rubik's cube fanatic son is going to like this.
I have been kind of waiting for you to do this joint and address the actual strength of it that has seem to become a myth of sorts when compared to traditional joinery, thanks Matthias.
I'd say it would be a useful and interesting joint to implement into kid's wooden toy. Plus it can be assembled in 3 different ways. Imagine if a kid have bunch of these, what will they build?
Matthias - Thanks for the video! I love the exercise in geometry, the no nonsense approach to building the joint and the honest assessment of its usefulness.
Japanese wood joinery is a world of its own, thanks for sharing this with us, Matthias
Why are people crying over him using the glue? It was clearly just for quick demonstration so that he could model each piece without having to painstakingly chisel everything as he showed different configurations... the glue did nothing to hold the actual joint together...
It's not like he's using glue to make the *actual* model.... as you can see from the fact that he makes an actual joint by cutting into solid wood pieces at the end.********
I have to say if you did want to make these kind of joints the Pantorouter is the way to do it. Excellent video Matthias, thanks.
All aspects of this joint covered... And trashed. Always simple and always fantastic Mathias.
I have watch so many carpenter doing videos in u tube.but u are 1 of the exceptional..brilliant carpenter
This joint has one very important advantage. It's look totally awesome ^^.
time to break out the scale to see how much pressure that joint can take.
+DansEuropeVlog My uneducated guess: Pocket holes are stronger
+MatzeGamer Lmao only one way to know
+DansEuropeVlog Simulate it in CAD?^^
Thank you for the explanation of the joint. I've seen it many times and your video makes it easier to wrap my head around.
You're doing my head in Matthias. So many angles! You really are the king of angular thinking. it would be interesting to see how strong it would be all glued up.
The joint disrespects the wood grain ... How disappointing and sad.
+Heavyboxes But does it respect the user's freedoms?
Do you respect wood?
sub for sub ???
not in town
+camila hairstyles sub for dom?
great project for a 3d printer and make a new kind of legos
+Ed Burks Or Lincoln Logs...
Duck Life at what?
Duck Life. seems the geometry of this lends itself to strong plastic joinery (not wood) and the potential for child building toy...
Duck Life. hence 3D printing.
Duck Life that joint slips apart and could be cast in a segmented mold as easily as it is printed.
Beautiful way of both designing a joint, and showing how it is assembled. Nicely done sir. And a wonderful joint to boot.
Many thanks
clicked this video thinking it was about rolling a weed joint, but watched the whole video and many more wood joint techniques haha im high as fuck
funniest comment ever, for 2 reasons first being I just did the exact same thing (high as a... thing) and the second reason....ooh a dovetail 👄💨
Might not be overly useful, but damn it looks awesome.
except Japanese do NOT use glue or a saw , and it is entirely hand carved . And NO it is not useless , And as a half Japanese myself born and raised in Kyoto I assure you that Todaiji in Nara was built partly using this type of joinery and it has been standing for 1300 years in spite of at least 6 recorded major earthquakes in the area . And the entire temple was built entirely out of wood without any metal whatsoever , not a single nail and of course no use of any adhesive . The entire temple is made of interlocked pieces of wood, just like the Ise Shrine which is nearly 2000 years old and is entirely undone and rebuilt every 20 years .
If they build it like this then no wonder they have to keep rebuilding it.
Really i doubt there many joints like this unless there for show.
Morgan Olfursson I'm guessing that if you use a weaker, but more flexible joint like this in conjunction with stronger, but less variable joint for structures, then you end up with something like today's hybrid material (but on a much larger scale)? Maybe the less rigidity also give it better endurance against earthquakes too.
SuperFunkmachine I'm entirely guessing, but I think the rebuilding might be more ceremonial than for actual maintenance? I guess there will definitely be pieces that you must replace, but the main structure must be stable enough or else it would topple while you take it apart.
can you try actual English i don't understand what you are saying . Do you know the difference between There, Their, They're ?
Who sits around and says to themselves, I wonder how complicated I can manage to make this?
Thank you for your nice introducing Kawai joint. I made this joint about 37 years ago when I was a student in the University of Tokyo. Naohito Kawai
Man, that pentarouter thing is unbelievable. You keep using it in the most unusual ways.
I'm glad there are smart people in the world.
And this idiot is clearly not one of them.
butthurt because he doesn't worship japanese craftsmanship?
lmfaoooooo oh lawdy lawdy lmfaooo
Wow. Way cool!
Dude, one of the best channels I've ever seen, hands down
This is a beautiful piece of creativity, crafting and uselessness. Love it.
Of course you just went a head and cut an "impossible" joint on a machine you designed. This is the kind of stuff you really excel in. How did you figure out the angle you needed to mount it in the pantorouter?
+Auarhau Arctan(1/sqrt(2))
Ah of course, magic!
+Auarhau Matthias is essentially a human CNC machine with that pantarouter of his. It's very impressive, and yes, magical.
+Auarhau It's the angle between the body diagonal of a cube and any face.
+Douglas Huang . That's odd. It was a completely different angle to my face. Perhaps I moved. :)
And so the Japanese forever continue to amaze me.
Great video about an interesting and exotic joint! Explaining the principle before constructing the final joint was a big plus. And I liked your practical conclusion after it was finished (and tested!)
This is my first time watching a woodworking video on youtube and I have to say I haven't laughed out loud that hard in a long time! I wasn't sure what to expect and after all that work and ingenuity behind this joint, I was expecting something awesome. Come 6:59, my wife was staring at me like I lost it, which I did.
Wait, hold up, how is this useless if Japanese temples are still standing after thousands of years? @_@
you don't see hits joint used in any temples.
My brain hurts
Matthias Wandel incorrect
it is not useless but it is not useful for the average modern constructions as of today :) (unless temples are mass produced)
There's some large Mortise and tenon joints, not this.
Nice job
What you think about multi-cutter something like Bosch GOP 55-36 or any other for cutting those joints ???? I think it will be much faster and easy to do same job...
If it works for you, give it a try
Matthias Wandel
your are making what my brain can barely comprehend looking at - yet enjoy seeing!
I love videos where I genuinely learn something new.
Thank you :)
maybe not useful as a joint, but as a detail in a table leg (straight) it would look awesome.
Had the same idea with 2 different shades of wood is a thing of beauty. Glue it all up for strength and maybe even spin it on a lathe a bit.
+mzizmore I'm sure if you make them straight it would be strong enough for any table. And the lathe... mmm interesting!
They would be very cool for table legs, making your table height adjustable.
i smoked a three way joint and ended up watching this video
Thanks for explaining the geometry of this joint. It makes a lot more sense to me now !
Love your videos and your lifestyle. Its amazing how versatile your pantorouter is. Love how you make most of your tools
jesus! anybody this clever cannot be human...
Maxx Fordham yes figuratively. God being also figuratively because you are speaking of a significantly higher power of which is fictional and can only be reffered to metaphorically
Maxx Fordham we all believe in something different so lets leave it at that. referred* excuse the typo
+JimmY
Wandel don't invent it was Shinobu Kobayashi.
EliosMoonElios yes but thats not what i said, they are both very clever. even trying to copy a joint like this is difficult, let alone explain it as if it were making toast
Maxx Fordham i didnt say every single person believes in something different, it was an over all generalisation. but there are also many types of christians,athiests etc that arent like some of their fellow believers, some christians are very modest and godly and some cuss like hell and are in rock bands and some dont even believe in heaven and hell but are still christian, so yeah everyone is different, mostly.
Great explanation of a joint only good for building viral videos!
HAHA. That's a lot of time spent just to tell you that it's a very weak joint.
Matthias, you never cease to amaze me. Thumbs up, another good video.
Matthias as always great video, you are truly the mad scientist of wood working, thanx
would be great 3d printed to make building blocks.
i will try that next week when i get some more filament.
*woodwork intensifies*
Doesn't work well either. Needs calibration and doesn't get printed without support structures.
This stuff is enough for an entire field of mathematics in its own right.
Love your explanation. Clear and consise teaching materials. Well done, please continue to do exactly what you're doing.
Ahh the Penny drops. I have seen joints like that many times but did not understand it until now. Great videos and well explained
Great video. The only thing I must mention is that on the cube, the angle of rotation needed is 90 degrees not 120 due to the fact that is has 4 possible symmetrical configurations (360/4=90). The 120 only applies to the triangular joint as it has 3 possible positions (360/3=120)
+Alex Delgado If you spin it on the corners, as demonstrated, it's 120 degrees.
+Matthias Wandel
you are genius
Haha you got burned, kid
Do you still have 5 fingers on each hand?
i hope not being we only have 4 fingers and a thumb on each hand,but if in-fact true ....uhm doc i'm missing a couple ...lol
I love what you do, I'm a big fan! I wish I had teachers like you! #RespectTheWoodGrain
Always a pleasure watching your videos. I felt physical pain when you broke the joint at the end. Gotta respect the wood grain!
Very good job, looks like japanese joints.
+alarbacn Yes, invented by a Japanese guy.
+alarbacn
No. Japanese joints are much, much more precise and neat.
You must respect the wood grain
You sir! don't know how much of a help you are in my workshop! Thank you, thank you very much!!! =D
From the moment i first saw that joint i suspected that it wasn't good for anything but decoration. I had actually saved the gif in my bookmarks so i'd get around and make one. Thanks for saving me the time :)
Does anyone know why a bandsaw makes a high pitched sound when you cut thick wood
+NeXTSTORMING Look up my video and article on that topic.
+Matthias Wandel i did it a with a 12 sided shape
.
+NeXTSTORMING Probably stress. One tends to use more pushing force when cutting thick woods (impatience?). Plus waxing the saw blade would help cut down on friction.
The thicker the wood is, a bigger natural frequency it has. What you hear is the vibration of the wood. (sorry for my poor english)
LOL, at first I thought it was cool, but after seeing the end I was like " hmmm, maybe not " I agree. interesting but useless.
Thanks for a very clear explanation of some complex geometry. I'm a fan!
LOVE the hot glue for prototyping/POCing the joint - great work!
My brain hurts.
Ffom the 3clever joint :D I see
Do it by hand! It would fit much better.
matt cremona tried by hand, and it too much more tiem and didn't fit as well.
tiem
@@matthiaswandel then you're shit at what you do.
Kawai Tsugite is without respect, thank you for this humble lesson Master Matthais
didnt realize until you showed yourself at the end that youre the same guy who did the wooden tornado siren. very cool stuff. subscribed.