rhombic dodecahedral 3d models

Just recently, I have fulfilled one of my long-time aspirations: an addition to the most common iPhone chargers (the “rhombic” USB-A and the "bulky" USB-C) so the clip can be attached to those chargers e.g. for traveling. Just wrap the cable...

This is a remix of my Stellated Rhombic Triacontahedron. When I printed the original, I was immediately struck by how it might look amazing as a tree ornament. This needs to print with a brim because not much touches the build plate. This also...

Each module is a rhombic dodecahedron intersected with Gyroid, forming face-centered cubic packing and printing without support more efficiently than the original cubic design. The puzzle's size depends on how many you print; larger puzzles require...

This puzzle is a variation of the Face-turning Rhombic Dodecahedron, or "Rua," puzzle. The puzzle was first presented by Matt Shepit in 2008. I designed this version to be printed on modern hobby 3D printers like the Prusa i3 and Ender 3 models. The...

Map data: Modified from World Map on a Rhombic Dodecahedron, Gnomonic projection, Copyright 2014, Carlos A. Furuti. All rights reserved, not for sale. www.progonos.com/furuti Original composite satellite imagery: NASA's Blue Marble Project. ... ...

It is typically made from spheres, but I constructed it using rhombic dodecahedra. There are two components (colored red in the photos) plus two more that are mirror images (shaded yellow).\r\n\r\nThe pieces can be assembled into an order four...

This one of my favorite ball pyramid puzzles has a new twist - I made it from rhombic dodecahedra rather than spheres. These pieces can also be printed without supports. Print one copy of each of the six pieces plus the base plate. This puzzle is...

Humans assemble 12 identical pieces in multiple configurations to form this 2-inch first stellation of a rhombic dodecahedron. Generate "concentric" style support extensively, with an overhang angle set at 50-degrees and no stair-stepping. Take a...

Typically crafted from spheres, I opted for rhombic dodecahedra instead. The puzzle consists of two main components (red in the images), each accompanied by its mirrored counterpart (yellow).\n\nThe pieces can be arranged to form an order 4...

When folded, the cube transforms into two rhombic stellated dodecahedrons that can be joined to form a square, a discovery made by Yoshimoto while exploring ways to split a cube equally in half. This intriguing puzzle has recently gained attention on...

Printed stl files of well-printing Catalan solids include triakis tetrahedron, rhombic dodecahedron, trapezoidal icositetrahedron, and pentagonal icositetrahedron (enantiomorphs). Named after Belgian mathematician Eugène Catalan, these polyhedra are...

The first coordinate motion puzzle to take shape as a Rhombic Triacontahedron. This puzzle consists of three unique pieces, each with its own distinct design. The primary piece has a swan-like appearance, perhaps even more so when viewed from certain...

This intricate structure of 40 interlocking rhombic dodecahedra forms a loop covering almost the entire Replicator build platform, making it unsuitable as a necklace but perfect for use as a crown or other decoration. It's an entertaining toy to play...

The pieces are made from truncated rhombic dodecahedra, also called edge-beveled cubes. This isn't a true truncation because only degree 4 vertices are cut off. To see a wood version of this puzzle, click here. ...If you need the solution, just...

This extension of the Orchid Pennyhedron Puzzle comes together to form the first stellation of the rhombic dodecahedron. Three unique pieces fit seamlessly via coordinated motion. In the photos, a smaller blue key-chain version made years ago blocks...

This digital design project was sparked by the social distancing measures enforced due to the COVID-19 pandemic.\r\n\r\nThe voids within the voronoi sphere are precisely centered on the faces of a rhombic dodecahedron. Multiple spheres can be...

This is a mold for quickly making snowballs in the shape of a rhombic dodecahedron. This particular polyhedron has a couple of properties that make it really cool for snowballs: It's space-filling, meaning that you can stack these with no gaps in...

The PuzzlesThe Polyrhons consists of rhombic dodecahedron, which is a convex polyhedron with 12 congruent rhombic faces.In this puzzle the 14 flat tetrarhones and the 5 trirhones are used.Some of the Tetrarhone are so similar that they are difficult...

This script for OpenSCAD (http://www.openscad.org/) generates dodecahedra with a single parameter, allowing you to switch from a cube to a rhombic dodecahedron. For more information, visit https://en.wikipedia.org/wiki/Dodecahedron. You'll need 12...

The Polyrhons consists of rhombic dodecahedron, which is a convex polyhedron with 12 congruent rhombic faces. In this puzzle the 14 flat tetrarhones and the 5 trirhones are used. Some of the Tetrarhone are so similar that they are difficult to...

FAQ: https://shivinteger.github.io/about Generating Attributions log: [1] Project Title: Snowflake 2 [1] Project URL: https://github.com/shivinteger/thingiverse-projects/tree/master/snowflake-2 [1] Author: MakerBot [1] License: Creative Commons -...

These are the pieces you need to turn a [Doderhombus Plus](https://www.cubezz.com/Buy-6862-MF8+Crazy+DodeRhombus+%283-layer+Face+Turning%29+Magic+Cube+Puzzle+Black.html) puzzle (made by MF8) into a Trapezo-Rhombic Dodecahedron, also known as a...

This is a parametric generator for plastic foundation for honeycomb, utilizing a proper rhombic cell base at the ideal angle. It's designed to be used in other projects rather than printed directly. The STL file serves as an example visualization,...

The Yoshimoto Double Cube The Yoshimoto Cube](http://www1.ttcn.ne.jp/a-nishi/y_cube/z_y_cube.html) is a polyhedral mechanical puzzle invented in 1971 by Naoki Yoshimoto, who discovered that two star-shaped rhombic dodecahedrons could be assembled...

It can be folded and unfolded indefinitely, with each fold transforming it into two rhombic stellated dodecahedrons that can be joined together to form a square. Yoshimoto discovered this shape while experimenting with different ways to divide a...

Using the rhombic dodecahedron as the final shape might seem like the easier option, but this results in a high level of “mutations” in which the pieces join but not in the correct geometric alignment. The end result of this is that the overall...

Once folded, the cube can be transformed into two rhombic stellated dodecahedrons, which can then be combined to form a square. Yoshimoto discovered this property by experimenting with different ways to split a cube equally in half. The cube's...

The Toru is a variation on the face-turning rhombic dodecahedron twisty puzzle, first introduced by Matt Shepit in 2008. It was quite groundbreaking when it came out, and I've always wanted to build one for myself. Finally, in 2019, I got around to...

Default sizes of printed items: 1) earrings (without rhombic beads) - 91 x 101 x 21.6 mm; 2) breastplate - 149 x 136 x 13 mm; 3) forearm decoration - 73 x 45 x 20.5 mm; 4) hair ornament - 242 x 161 x 17 mm. We sell only high-quality and highly...

I have modified this design to replace the spheres with truncated rhombic dodecahedra, allowing these pieces to be printed without support. Print eight copies of the puzzle piece, which are sized to fit into a clear acrylic box. The inside...