This is a refold of a really old origami tessellation that I created way back in 2017. It was one of the first few tessellation that I ever designed.  The reason that I redid it is twofold. One, I the original did not have a crease pattern. So, now I have one.  Two, I wanted to do a video tutorial of it as well. Which I now have.  The original tessellation used larger diamond shapes, but otherwise they are the same.  The whole thing is basically just a series of reverse rabbit ear folds to create the numerous points. Everything else are just standard 90 degree corners. The many reverse rabbit ears make it a difficult tessellation . Also, the center point is somewhat difficult to get situated.  I called the original just " Star Tessellation ', but I've renamed it for the updated version to Valiant Star.  Crease pattern below. Video tutorial coming soon. 

  This is a new origami tessellation that I recently designed. It uses a unique module as the foundation. Lately, I've been working specifically trying to discover odd combinations of shapes that come together to create interesting new larger shapes.  So, at the center there's a set of four small triangles, three up, one down. They are flanked by three trapezoids. That configuration was the starting point idea for this tessellation. From there, I just worked out how to repeat the pattern.  It came together pretty quickly. Neither the figuring the pattern nor folding it gave me any real trouble. It's nice when that happens sometimes.  It's folded on a 32 pleat triangle grid using tant paper. It's mostly a flagstone tessellation , but with some collapse elements mixed in there too.  I have the crease pattern ready to go. I'll be adding a video tutorial sometime soon.  Filed under: November 2026 Origami Tessellations

 This is an extreme tessellation that I recently dreamed up. It was exceptionally difficult to fold, but somehow I did manage to finish it. Not without a lot of grumbling and frustrated proclamations that it was impossible. But eventually, with enough stubbornness, it turned out to be possible after all.  I'm not sure if it was so hard because of the concept, the softness of the paper or a combination of the two.  At certain times of year, my normally sturdy paper seems to turn to mush. I  blame dew points.  However, the architecture is kind of crazy. Many, many shapes all interlocking and tucked closely into one another with very little relief.  So, who knows. Not me.  The design features rhombus and triangles all connected in a series of multiple maddening arrays. If you would like to attempt to fold it, be prepared to spend a lot of time with it.  Also, be open to letting the paper decide which direction (valley or mountain) some of the folds w...

 This is an origami tessellation that I just recently designed. The concept was to use a combination of a couple of different sets and form them into a single pattern.  The first set was the three rhombuses tucked into the center triangle. The other set was the three rhombuses all tucked into each other.  I was able to unite them both into a singular tessellation by creating a ring around the open back triangles. The ring forms a third pattern of rhombus, rhombus, triangle until it comes 360.  I would've liked to have folded it a little bit neater, but the weather had other plans.  The reverse side is a whole bunch of trapezoids spinning around the two different sizes of triangles.  It's not a hard tessellation. It's a twist based origami tessellation that can easily be done by an intermediate level folder.  Crease pattern below and video coming soon.  Color of the tessellation was edited. No other edits were done.     

 This is an advanced origami tessellation that I recently folded. It consists of right triangles twisted around an open back hexagon. From there, I add a rhombus connected to the edges of the triangles before repeating the center.  This creates a gap where I could then add an insane amount of triangles. Eight total. What you wind up seeing on the front is 4 of them. The other 4 are hidden by the rest of the structure.  Before setting out to fold it, I expected it to be rather troublesome to execute. Turns out, it didn't give me that much trouble.  The trickier part is actually the center and the triangles on the back that are near the open hexagons. I've done this before in other tessellations, but it's still kinda hard.  Because of the way the right triangle twists around the hexes they need to twist in the wrong direction . So, you have to crimp over the connections and then tuck them under the hexes. It's not easy. Still, it's worth the effort to get the fin...

  This origami tessellation is an exercise in how interesting I can make a simple idea. . I think it turned out pretty neat.  It appears as though right triangles are spinning off of the hexagons, but actually, it's natural equilateral triangles. It's the way that the rhombuses are oriented that creates the illusion.  Esta teselación de origami es un ejercicio sobre hasta qué punto puedo hacer interesante una idea sencilla. Creo que el resultado ha quedado muy bien. Da la impresión de que de los hexágonos surgen triángulos rectángulos, pero, en realidad, se trata de triángulos equiláteros. Es la orientación de los rombos la que crea esa ilusión. This is an intermediate tessellation . It can be folded quite nicely with plain printer paper.  Another neat thing about this particular tessellation is that because of the nature of the folds on the front, the reverse side features  smaller, hexagonal and faux right triangle twists.  Check out the crease pattern ...

 This is a weird one. The structure of this origami tessellation creates sort of an optical illusion. Depending on where you focus your  gaze, you might see different shapes.  You can also purposefully tell yourself to see one shape or the other.  But without really thinking about it, you might see only one or the other.  Maybe some wows of jagged lines. Or you might see three rhombus cubes. You may see a five rhombus polygon. Or maybe you see the six rhombus stars.  Personally, I see all of them. Maybe you do too.  Perhaps there are other shapes that you see that I haven't noticed.  It's a cool little tessellation that I'm pleased to have found.  I conceived of it originally as the 5 rhombus polygons. As I went about solving how to repeat that idea, the rhombus stars became apparent. That's just how the geometry of it works. Don't try to fight. Embrace it.  Crease pattern below.

 Here's a nice little twist tessellation that I recently designed. The interesting thing about this particular tessellation is that it features an unusual way of folding small hexagonal twists.  Instead of just an ordinary hex twist, it combines regular axes and bisected axes to make the pattern work. You'll see better what I mean in the crease pattern and the video.  It's this technique that makes it possible to have the odd arrangement of layered triangles that twist around the open hexagons.  Sometimes when you have weird ideas, you have to come up with creative ways to make the pattern work. So, that's how I created those unusual hex twists that you'll encounter in the crease pattern and the fold demonstration.  Check out the crease pattern as well as the video to see how it all works even though it probably shouldn't.  Filed under: October 2026  Origami Tessellations

  This flagstone tessellation is one that I conceived of by simply wanting to do something with a diamond shape comprised of four rhombuses. After playing around with it for a little while, I came up with what you see here.  A while back I discovered that two rhombuses adjacent to each other could be used to create patterns I hadn't previously tried. In this case, I used it to do the set of four trapezoids that form that diamond shape.  I had first thought of it when I did my ' Serpentine Tessellation '. But it has all sorts of applications, no doubt.  I also recently used it in another tessellation that I haven't yet published. And it most certainly has many other possibilities within it waiting to be found.  Esta teselación de losas surgió de mi deseo de hacer algo con una forma de diamante compuesta por cuatro rombos. Tras experimentar un poco con ella, di con el resultado que aquí presento. Hace un tiempo descubrí que, al colocar dos rombos uno junto al ot...

 This is a tuck based origami tessellation . This style of tessellation utilizes the technique of pushing the points and edges of various shapes into the edges of adjacent shapes. It's a method I'm particularly fond of because of its incredible versatility.  Patterns are very straight forward. Designing them is as simple as just abutting the edges your choice of polygons. The geometry of the triangle grid offers almost unlimited possibilities.  These kinds of tessellations can be labor intensive because of how many shapes can be fit into even relatively small girds. The tucks and folds tend to be small and fiddly, but the finished models usually boast wonderfully elaborate combinations.  They are also pretty easy to reverse engineer. Everything is right out there in the open. There are no hidden fold or sneaky tricks. What you see, is what you get.  This tessellation features a full array of polygons. Rhombuses, hexagons, triangles, trapezoids. It makes uses of...

 This is a new flagstone tessellation that I recently created. It has a couple of interesting sets within it.  It has some diamonds created by four rhombuses. It also has pyramids created by six rhombuses flowing around a central triangle. The center is a classic six triangle hex shape.  Although the design doesn't repeat on my 32 pleat grid, it is repeatable with more divisions.  This is a difficult tessellation , although, if you're familiar with flagstones it becomes much less so.  See the crease pattern for how to fold it.

 This is a difficult origami tessellation that I recently created. It features right triangles and trapezoids tucked into small triangles. It also uses open back triangles and natural triangles as well. Lots and lots of different types of triangles on show here.  You can see those shapes in the back view of the design.  This was a tough one to fold. Takes some patience for sure.  Crease pattern included. Filed under: October 2026 Origami Tessellations

 This is one from back in August that got overlooked for a while. It's a pretty simple concept that creates a rather tangled design.  The center is an offset hexagon with six triangles twisting around it. Three on the front and three on the back. A classic module.  Then I added some rhombus twists off of the corners of the triangles.  This is a mirror symmetry twist tessellation . The reverse side is a mirror image of the front.  I don't have a crease pattern for this one. However, this pic shows how to fold the six triangles. Alternate up/down. Then add the rhombuses to the outer points.

 I haven't done one of these in a really long time. This is a reverse engineer of a tessellation by gatheringfolds (Madonna Yoder). She calls the design: Incendiary.  While I don't generally fold other people's tessellations anymore, every once in a long while, I'll get the urge to do so just for the challenge of puzzling out someone else's thought process.  The center was obvious to me right away.  It took me a little while to notice that the other key piece of the mystery was the three triangles around the open back hex. Once I realized that, it was just a matter of filling in the rest of the gaps with the remaining shapes.  First time I went to fold it, I used regular printer paper. That was a misjudgement on my part. This tessellation requires sturdy paper. Once I switched to tant paper, I had no trouble folding it.  My diagram for how I sussed it out is below. 

 This is a new linear flagstone tessellation I created a while back, but only just recently folded.  I actually had the idea for it a month or two ago, but ran into some difficulties figuring out exactly how to construct it properly. I kept getting stuck on one spot that wasn't working out as expected.  So, I decided to walk away from it for a bit with the hope that if I came back to it after some time away, the answer would finally hit me.  It worked. When I returned a while later, I saw the solution. But then, I promptly misplaced it.  It was lost for a little while before I finally found it again recently and was able to fold it at last.  The front of the tessellation is all rhombuses and trapezoids. The back is all triangles. What's unique about this particular design is that the pattern follows a sort of offset structure. Rather than everything flowing horizontally and vertically, it all moves along the diagonal. Which is precisely what made it so tr...