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A ratcheting fidget toy which makes a satisfying clicking noise as it is operated. Hold the middle of the round part with one hand and the frame in the other. Slide the center part back and forth. The center will click and spin. Also see…
Inspired by the membrane clarinets created by Nicolas Bras. Designed so everything is inline like a traditional clarinet. Requires the use of o-rings to seal the membrane compartment. O-ring dimensions: Inner Diameter ¾" Outer Diameter…
I received several comments on my original ratchet fidget toy that the center wheel could come out of the frame very easily. I created this new version to address those and some other issues: Angle on inside of the frame is steeper and…
A mobius strip which intersects itself. Requires support and cleanup can be a bit difficult, but worth it.
Springy joystick fidget toy. Joystick does not return to center, but is fun to push in while playing with. Hardware: 2 strong disc magnets 2mm thick and 8mm in diameter. Print settings: .12 mm layer height Supports recommended. Before…
A Sudanese mobius strip in the shape of a heart. The model consists of one half of the heart. Print two copies, and glue them together. I recommend using tree supports if possible. Supports will be required. I found removing supports…
Spiral Hilbert Curve. The wall thickness is just 1 perimeter. This makes it flexible, but also delicate. The spiral combined with the structure of the Hilbert Curve makes it interesting to handle.
I've been a fan of the dragon fractal since I read Jurassic Park, which had images of the fractal getting more complex in chapter headers. I saw an animation once of the dragon curve evolving smoothly from stage to stage and thought it…
Like traditional nested fidgets, but each layer gets progressively smaller and is held in place by the one outside it. But here’s the twist: these are diamond-shaped, and the bottom is rotated 90° from the top. That rotation means each…
Simple clip to hold the end of your filament to the spool. All my spools have a radius of 100mm with the sided of the spool having a thickness of 3mm, so these clips are designed for that. The clip should hold pretty firmly to the spool.…
Will need support. Prints best at an angle. Designed to be used with a M4 threaded insert.
Nested shapes interpolating from a pentagram to ever sharper stars.
A simple soap dish. Designed to sit on a ledge. Has grooves so that soap/water can drain, with ample air flow to keep the soap from getting soggy.
Requires support. I experienced some layer-shifting when I printed mine on an Ender 3 pro.
A cube I made playing around in Blender while listening to an audio book. Designed so each face is printed diagonally and snaps into a central frame/mount. Brims or mouse ears would be a good idea. Enabling supports for the frame is…
A rhombic dodecahedron with intricate detail. I included a lot of intricate details that echo and mirror each other. Printing with 0.12 mm layer lines and a brim or mouse ears is recommended. The 4-sided corners will need support. This…
Made this playing around in Blender. It is composed of 14 pieces, 4 corner, 4 face, and 6 edge. The tolerances are tight and it will require a decent amount of force to connect the edge pieces to the corner pieces. Some grease may help. I…
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