QuirkyCubes

The Pseudorhombicuboctahedron might hold the record for the longest single-word puzzle title. Built around the geometry of the unofficial 14th Archimedean solid, the 45° twist in the underlying axis system transforms an otherwise simple concept into an intricate weave of 218 pieces.

It’s fully 3D printed in white resin. This puzzle may take longer to build: 3–4 weeks.

The classic QuirkyCube, 3D-printed in plain white ABS just like the original.

Available in 2 sticker styles - leave a note:

• Classic 3-color (black, red, green)
• Ghost (all black)

The Gyrobifastigium is a fun little puzzle that is more confusing than difficult, famous for stumping YouTuber Can Chris Solve?. It's the perfect size to carry around in your pocket and impress your friends. The ovals between the faces can only be turned along the intersection of a square and triangle face, and at intervals of 180°.

I sell white copies made from vapor-smoothed ABS. It's also available in other colors from Chewie's Custom Puzzles.

The DoDot is a shallow-cut vertex-turning dodecahedron. It's like a Bauhinia Dodecahedron with less visible pieces.

These copies are bigger and turn smoother than the one in the video, made out of resin and vapor-smoothed ABS. It's about the size of an MF8 Gigaminx.

The Crammed Cube was designed to showcase a very unusual permutation group: Mathieu M11 over 12 points. It's perhaps the quirkiest cube I've ever built.

Printed in vapor-smoothed ABS.
~70mm, 240 grams
Solution guide included.

The Triskelion Barrel moves like a kaleidoscope — spinning the three rings turn some gears that quickly mix up the colorful puzzle on top. The gearing is chosen to enforce symmetries of the PSL₃(3) permutation group.

It's 3D printed in colored ABS and covered with plexiglass plates on the top and bottom. Available in a full stickering scheme, or a simplified scheme that excludes the petal pieces.

The Fano Gem is a geared face-turning octahedron with some irregularities, designed to produce the symmetries of the Fano Plane.

You can select between the pictured sticker scheme or full colors, which make the puzzle more difficult — leave a note in the comments.

The Undectrix is a deeper-than-origin biaxe puzzle formed by the intersection of an octahedral face and edge cut. The turning restrictions suggest extreme difficulty, yet the existence of small, unusual permutation groups make solving it both manageable and interesting.

It’s fully 3D printed in white resin. Available as shown or fully stickered (no gray hexagons; much more difficult). This puzzle may take longer to build: 3–4 weeks.

The Quirky Gem III is a jumbling puzzle formed by the deep intersection of two hexagons, plus 10 shallow face turns.

I am excited to offer a larger (1.5x scale) version for sale, made from vapor-smoothed ABS.

Smaller SLS copies are available from Grigorusha Living Puzzles.

The Antler Cube is a modification of the Nón Lá Cube that adds new stored cuts to make the jumbling moves more interesting. The puzzle is named after the branching pattern seen in the corners, and also the bumps that occur on the faces when the puzzle is jumbled.

The puzzle is fully 3D printed out of resin and vapor-smoothed ABS. It may take longer to build: 3–4 weeks.

The M12 Cube is a corner-turning puzzle with its axes geared together. The edge pieces exhibit the symmetries of the Mathieu M12 group, which makes for a challenging solve.

Printed in vapor-smoothed ABS.
70mm, 220 grams
Solution guide included.

The Rocking Cube is the simplest member of my geared Compy Cube series, expressing the PSL₂(13) group. It's featured in my design video: Designing Twisty Puzzles - Group Theoretical Approach.

Printed in vapor-smoothed ABS.
70mm, 215 grams

The Illegal Slice Cube combines the concepts of a slice-only puzzle and the Illegal Cube. It was designed to explore the properties of the Mathieu M10 group, but ended up being a challenging puzzle due to the large solution space and restricted movements.

It is fully 3D printed with vapor-smoothed ABS.

The Quaternion Cube is a rather easy-to-solve puzzle that visually demonstrates the multiplication of quaternions.

It is printed in ABS plastic and vapor-smoothed. You can choose between the pictured simplified stickering scheme or the slightly less trivial full stickering scheme — leave a note in the order comments.