Trimodule
![](/small/img/models/t/trimodule-robinson-300-e203fdb8a.jpg)
![Example use of the unit (Spiked Icosahedron)](/small/img/models/s/spiked-icosahedron-trimodule-robinson-1-300-4729a8ed5.jpg)
![Example usage: Dodecahedron with Pentagonal Pyramids on All Faces and Inverted Spikes on Pyramids’ Side Faces](/small/img/models/d/dodecahedron-pyramids-inverted-spikes-tri-300-ecba28695.jpg)
![Example usage: Koch Snowflake](/small/img/models/k/koch-snowflake-level-2-tri-300-330f69141.jpg)
![Example usage: 3D Koch Snowflake](/small/img/models/k/koch-snowflake-3d-tri-1-300-a61ca98ed.jpg)
![Example usage: Sierpiński Tetrahedron](/small/img/models/s/sierpinski-tetrahedron-level-3-tri-1-300-88efe9533.jpg)
The Trimodule is a simple but versatile module which can be used for all sorts of solids with faces which are equilateral triangles. These can range from the simplest tetrahedron to complex fractal-like models.
The Trimodule is a simple but versatile module which can be used for all sorts of solids with faces which are equilateral triangles. These can range from the simplest tetrahedron to complex fractal-like models.
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