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EZ Origami

Folds

11 folds
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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!

11 results filtered by "geometric"
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.
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.
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.
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.
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.
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!
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.
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 five-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 five-fold symmetry, with an even colour distribution. The design was inspired by Nick Robinson's A4 Rhombic Unit.
This model, is folded from 57 squares of dyed pulp kraft paper, each measuring 48mm.  The completed model measures 193mm x 223mm and the units hold together really well, (without glue).  I learnt how to fold this when Evan taught it at OrigamiUSA's - Convention 2021.
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This model, is folded from 57 squares of dyed pulp kraft paper, each measuring 48mm. The completed model measures 193mm x 223mm and the units hold together really well, (without glue). I learnt how to fold this when Evan taught it at OrigamiUSA's - Convention 2021.
Folded from twenty-one uncut squares. Each cube is folded from two slightly different units. They are simple to fold, lock together nicely from behind, and can easily be arranged into different configurations. The cubes can also be tessellated to enhance the illusion. Diagrams are currently unavailable.
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Folded from twenty-one uncut squares. Each cube is folded from two slightly different units. They are simple to fold, lock together nicely from behind, and can easily be arranged into different configurations. The cubes can also be tessellated to enhance the illusion. Diagrams are currently unavailable.
This is a 30-unit version of the traditional [Pinwheel Cube](https://www.ezorigami.com/designs/pinwheel-cube-f56a).  The unit is almost identical, with the exception of one additional, diagonal valley fold through the centre of the square face.
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This is a 30-unit version of the traditional Pinwheel Cube. The unit is almost identical, with the exception of one additional, diagonal valley fold through the centre of the square face.