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Folds

431 folds
Share Your Fold

A community-sourced gallery of origami folds. Browse what others have folded, share your own work, and get inspired by new interpretations of your favorite designs!

I was inspired to fold this pixel art, after seeing this same design folded by Margaret Tsui. The overall design measures approximately 30cm (12") square, and is comprised of 576 individual pixel units, folded from 3:4 rectangles, each measuring 3.75cm (1.5") x 5cm (2"). The following number of each colour were used: - 194 x Sky Blue - 137 x Green - 119 x Brown - 44 x Red - 39 x Beige - 34 x Blue - 7 x Black - 2 x Yellow I used Toyo branded kami for this design, as it comes in a huge array of colours, though it's worth noting that darker colours sometimes transfer to lighter pixels during assembly. To avoid this, I found that inserting a plastic collar stiffener, helped to provide protection to the surface of the pixel being connected to, whilst locking the units together. Pixel units hold together extremely well, and the final piece is very robust. The outermost pixels are slightly modified, to give a clean edge.
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I was inspired to fold this pixel art, after seeing this same design folded by Margaret Tsui. The overall design measures approximately 30cm (12") square, and is comprised of 576 individual pixel units, folded from 3:4 rectangles, each measuring 3.75cm (1.5") x 5cm (2"). The following number of each colour were used:
  • 194 x Sky Blue
  • 137 x Green
  • 119 x Brown
  • 44 x Red
  • 39 x Beige
  • 34 x Blue
  • 7 x Black
  • 2 x Yellow
I used Toyo branded kami for this design, as it comes in a huge array of colours, though it's worth noting that darker colours sometimes transfer to lighter pixels during assembly. To avoid this, I found that inserting a plastic collar stiffener, helped to provide protection to the surface of the pixel being connected to, whilst locking the units together. Pixel units hold together extremely well, and the final piece is very robust. The outermost pixels are slightly modified, to give a clean edge.
Pixel Art (Max Hulme)
EH
Edward Holmes ·
Paper: 118 cm x 89 cm (grid size: 0.5 cm x 0.5 cm) Designer: Me Time: Not available Instructions: Not available This is one of my proud works using the EZ tessellation technique. In this work, I used a rather thick piece of paper (~150 gsm if correct). The good side is that I could make creases firmly. The bad thing about this is that it was quite tiring to make all the folds when dealing with thick paper. If you want to attempt something at this scale, be prepared as it is nothing less than an extreme sport for your hands and arms... Also, get a space for storing your work after completion too.
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Paper: 118 cm x 89 cm (grid size: 0.5 cm x 0.5 cm) Designer: Me Time: Not available Instructions: Not available This is one of my proud works using the EZ tessellation technique. In this work, I used a rather thick piece of paper (~150 gsm if correct). The good side is that I could make creases firmly. The bad thing about this is that it was quite tiring to make all the folds when dealing with thick paper. If you want to attempt something at this scale, be prepared as it is nothing less than an extreme sport for your hands and arms... Also, get a space for storing your work after completion too.
EZ Tessellation (Evan Zodl)
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Wilson Yeung ·
I learnt how to fold this star during one of Evan's classes at the Origami Deutschland 2026 Convention in Bonn. This model is folded from 8 squares of silver/gold duo kraft paper, each measuring 9cm (3.5"). The completed star measures approximately 12.7cm (5") at its widest point. I like the silver/gold paper, but it highlights inaccuracies in my folding, so maybe it's best folded from non-metallic colours?
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I learnt how to fold this star during one of Evan's classes at the Origami Deutschland 2026 Convention in Bonn. This model is folded from 8 squares of silver/gold duo kraft paper, each measuring 9cm (3.5"). The completed star measures approximately 12.7cm (5") at its widest point. I like the silver/gold paper, but it highlights inaccuracies in my folding, so maybe it's best folded from non-metallic colours?
Sunburst Star (Evan Zodl)
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Edward Holmes ·
Here’s my latest modular flower design! 🌺 Designed and folded May 2026 from six 3” (7.5cm) squares of back-coated mulberry paper. This model was a result of doodling during CFC6. It can be folded from 5 or 6 units and the units are extremely simple to fold. Assembly is tricky and requires small clothespins, but it is very sturdy on its own once all units are assembled. I’ll post more variations of this flower soon. I can’t decide which I like the best. Naming suggestions are welcome as well. Let me know what you think! 😊
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Here’s my latest modular flower design! 🌺 Designed and folded May 2026 from six 3” (7.5cm) squares of back-coated mulberry paper. This model was a result of doodling during CFC6. It can be folded from 5 or 6 units and the units are extremely simple to fold. Assembly is tricky and requires small clothespins, but it is very sturdy on its own once all units are assembled. I’ll post more variations of this flower soon. I can’t decide which I like the best. Naming suggestions are welcome as well. Let me know what you think! 😊
Modular Flower (Evan Zodl)
EZ
Evan Zodl ·
I learnt how to fold this star during one of Evan's classes at the Origami Deutschland 2026 Convention in Bonn. This model is folded from 8 squares of green/gold duo kraft paper, each measuring 72.5mm. The completed model measures approximately 10.5cm at its widest point.
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I learnt how to fold this star during one of Evan's classes at the Origami Deutschland 2026 Convention in Bonn. This model is folded from 8 squares of green/gold duo kraft paper, each measuring 72.5mm. The completed model measures approximately 10.5cm at its widest point.
Modular Star (Evan Zodl)
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Edward Holmes ·
This is one of my favourite models in [Maria's Zen Origami](https://www.ezorigami.com/books/zen-origami-4a2e) book. It's folded from thirty 2:3 rectangles, of patterned paper, each measuring 2" x 3" (50.8mm x 76.2mm). The overall model measures approximately 12cm (4.75"), at its widest point.
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This is one of my favourite models in Maria's Zen Origami book. It's folded from thirty 2:3 rectangles, of patterned paper, each measuring 2" x 3" (50.8mm x 76.2mm). The overall model measures approximately 12cm (4.75"), at its widest point.
Skella Gamma Kusudama (Maria Sinayskaya)
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Edward Holmes ·
I folded this model quite a long time ago, but never found a suitable method of backlighting it, until now. I particularly like the effect that backlighting the model gives. By placing a sheet of glass over the model (thus flattening it), I was able to get more defined colour changes, but decided that I preferred the softer lighting. It's folded from one square of orange kami, measuring 30cm. The overall model measures 15cm, side to side. To date, this is the most levels that I've managed to fold on an Hydrangea.
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I folded this model quite a long time ago, but never found a suitable method of backlighting it, until now. I particularly like the effect that backlighting the model gives. By placing a sheet of glass over the model (thus flattening it), I was able to get more defined colour changes, but decided that I preferred the softer lighting. It's folded from one square of orange kami, measuring 30cm. The overall model measures 15cm, side to side. To date, this is the most levels that I've managed to fold on an Hydrangea.
Hydrangea (Shuzo Fujimoto)
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Edward Holmes ·
This model was a test fold, before I folded Infinity in a [nicer paper](https://www.ezorigami.com/folds/8-stage-infinity-79ea). It seemed a shame not to share it, especially as I was able to fold 10 stages. It's folded from 80 squares of green kami. Paper for the largest stage measures 150mm, and paper for the tenth stage measures just 13.52mm! The overall model measures 300mm between points.
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This model was a test fold, before I folded Infinity in a nicer paper. It seemed a shame not to share it, especially as I was able to fold 10 stages. It's folded from 80 squares of green kami. Paper for the largest stage measures 150mm, and paper for the tenth stage measures just 13.52mm! The overall model measures 300mm between points.
Infinity (Evan Zodl)
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Edward Holmes ·
This model is folded from 8 squares of red/gold duo kraft paper, each measuring 72.5mm. The completed model measures approximately 10cm at its widest point. I alternated the starting side of paper, for each unit, to give the pinwheel effect shown.
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This model is folded from 8 squares of red/gold duo kraft paper, each measuring 72.5mm. The completed model measures approximately 10cm at its widest point. I alternated the starting side of paper, for each unit, to give the pinwheel effect shown.
Roxy's Star (Evan Zodl)
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Edward Holmes ·
Paper: Rectangle (79 cm x 54.6 cm) Designer: Me Technique: EZ tessellation
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Paper: Rectangle (79 cm x 54.6 cm) Designer: Me Technique: EZ tessellation
EZ Tessellation (Evan Zodl)
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Wilson Yeung ·
This model, is folded from 30 golden rectangles of kraft paper, each measuring 44.8mm x 72.5mm. The completed model measures approximately 11cm at its widest point. This photo shows the models five-fold symmetry, with an even colour distribution. The unit is almost identical to that of the [Rhombic Hexecontahedron](https://www.ezorigami.com/folds/rhombic-hexecontahedron-c3de), except both flaps are valley folds when viewed from the outside.
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This model, is folded from 30 golden rectangles of kraft paper, each measuring 44.8mm x 72.5mm. The completed model measures approximately 11cm at its widest point. This photo shows the models five-fold symmetry, with an even colour distribution. The unit is almost identical to that of the Rhombic Hexecontahedron, except both flaps are valley folds when viewed from the outside.
Rhombic Triacontahedron (Edward Holmes)
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Edward Holmes ·
This model has been in progress for over half a year... I paused when I'd completed five stages, then completed the smallest three stages when I attended Origami Deutschland's 36th Convention, in Bonn. It's folded from 64 squares of silver/black duo kraft paper. The colours Evan picked seemed to work well, so I went with the same! Paper for the largest stage measures 100mm, and paper for the eighth stage measures just 15.38mm! The overall model measures 200mm between points.
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This model has been in progress for over half a year... I paused when I'd completed five stages, then completed the smallest three stages when I attended Origami Deutschland's 36th Convention, in Bonn. It's folded from 64 squares of silver/black duo kraft paper. The colours Evan picked seemed to work well, so I went with the same! Paper for the largest stage measures 100mm, and paper for the eighth stage measures just 15.38mm! The overall model measures 200mm between points.
Infinity (Evan Zodl)
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Edward Holmes ·
This model, is folded from 10 squares of duo kraft paper, each measuring 48mm. The completed model measures approximately 10cm at its widest point.
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This model, is folded from 10 squares of duo kraft paper, each measuring 48mm. The completed model measures approximately 10cm at its widest point.
Thunderous (Brian Beitel)
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Edward Holmes ·
This model is folded from 8 squares of duo kraft paper, each measuring 72.5mm. The completed model measures approximately 10cm at its widest point. I was playing around with the colours and quite like the alternating gold/silver and blue/silver!
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This model is folded from 8 squares of duo kraft paper, each measuring 72.5mm. The completed model measures approximately 10cm at its widest point. I was playing around with the colours and quite like the alternating gold/silver and blue/silver!
Roxy's Star Variation (Evan Zodl)
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Edward Holmes ·
This model, is folded from 60 golden rectangles of kraft paper, each measuring 44.8mm x 72.5mm. The completed model measures approximately 11cm at its widest point. This photo shows the models three-fold symmetry, with an even colour distribution. The design was inspired by Nick Robinson's A4 Rhombic Unit.
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This model, is folded from 60 golden rectangles of kraft paper, each measuring 44.8mm x 72.5mm. The completed model measures approximately 11cm at its widest point. This photo shows the models three-fold symmetry, with an even colour distribution. The design was inspired by Nick Robinson's A4 Rhombic Unit.
Rhombic Hexecontahedron (Edward Holmes)
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Edward Holmes ·