Thank you for this tutorial. I did the buckyball without any problem. I used these two sizes: 7,5 cms x 5 cms for the big ones and 7,5 cms x 4,8 cms for the smaller ones. I used two colours for an easier way to ensamble the pieces. My only problems was the quality of paper. The normal origami paper is not suitable for these modular objects. It means that I used a few drops of glue for a more consistent object
If you want to make the segments easier: For the smaller design (the black one): Take a regular sheet of US Printer paper. For the 60 segments, remove a centimeter from the long side. And split it into 8ths lengthwise and 4ths width wise. For the 30 segments, take a centimeter off lengthwise, then fold it into a fan in 4ths width-wise. Then measure 3.35 centimeters, then make a fan of 8 segments and cut off the rest. You’ll be left with 64 larger ones and 32 shorter ones. :)
After my 7 hours fighting with this you said : and made this skills and you will have this. Feel sorry for myself that I didn't watch movie to the end from the start c/s if I will know you will not show to the end how to put it all together I will not start. Wasted time. 😞
Hi, I did not show the complete assembly because the assembly of regular polyhedron is the same for all. In fact, if I show everything, it will cause confusion on the orientation. I would suggest you it do some inspection on the model you assembled halfway, and decide next on what to assemble based on the first map.
Thank you for this tutorial. I did the buckyball without any problem. I used these two sizes: 7,5 cms x 5 cms for the big ones and 7,5 cms x 4,8 cms for the smaller ones. I used two colours for an easier way to ensamble the pieces. My only problems was the quality of paper. The normal origami paper is not suitable for these modular objects. It means that I used a few drops of glue for a more consistent object
If you want to make the segments easier: For the smaller design (the black one): Take a regular sheet of US Printer paper. For the 60 segments, remove a centimeter from the long side. And split it into 8ths lengthwise and 4ths width wise. For the 30 segments, take a centimeter off lengthwise, then fold it into a fan in 4ths width-wise. Then measure 3.35 centimeters, then make a fan of 8 segments and cut off the rest. You’ll be left with 64 larger ones and 32 shorter ones. :)
Thanks for the tips for US papers. I do use different paper, which is A4.
Do mean remove a centimenter from the short side because removing a centimeter from the long side gives 5 x 3.7 cm for the 60 segments?
@@kshirsagarabhayshrikrishna8665 Yeah that‘s right
Master, please, are both models in video without one drop of glue? And thanks for nice video.
Really great work. Thanks for sharing.
Too amazing design.
So intriguing! Pentagon and hexagon all in one kusudama.awesome!
This is the Goldberg polyhedron. Has pentagon and hexagon faces
It’s called a truncated icosahedron
It’s like a non-spherical soccer ball
Truncate all corners of an icosahedron until every face is a regular polygon
The smallest buckyball is a truncated tetrahedron, easier to make than this, triangular and hexagonal sides
I just came from instagram. This looks awesome!
Thank you.
Super
👏🏻👏🏻👏🏻👏🏻
Thanks
Can you make a truncated tetrahedron model?
This model can't
El tamaño del pappel
Is this auxetic?
Sorry, I do not understand
@@kh_art_craft It means that when squished or stretched It could back to original form.
@@adhidwipa6027 ah. No it won't. This is paper and the joints are made by combining units together through pockets and flaps.
🤨
After my 7 hours fighting with this you said : and made this skills and you will have this.
Feel sorry for myself that I didn't watch movie to the end from the start c/s if I will know you will not show to the end how to put it all together I will not start. Wasted time. 😞
Hi, I did not show the complete assembly because the assembly of regular polyhedron is the same for all. In fact, if I show everything, it will cause confusion on the orientation. I would suggest you it do some inspection on the model you assembled halfway, and decide next on what to assemble based on the first map.
I used a powerpoint where I draw all the pentagons and hexagons to know where I was in every moment
As I used to colours it was easy to ensamble taking into account that a pentagon is sorrounded by 5 hexagons
Hello
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