16-cell

Design by friz
    (3) 
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16-cell in alumide
16-cell in alumide
Rendering
Rendering
Rendering
16-cell in alumide
16-cell in alumide
16-cell in alumide
3d Model Viewer
16-cell in alumide and 1 euro coin
16-cell in alumide and 1 euro coin
16-cell in alumide and 1 euro coin
A 3D projection of the 16-cell, one of the 6 regular polytopes in four dimensions.

4D Polytopes (or polychora) are the 4-dimensional analogous of the 2D polygons and 3D polyhedra.

Regular polychora are composed of a finite set of cells (polyhedra), all regular and alike, surrounding each edge in an identical way.

We cannot see a 4D polytope, but we can project it in 3D (in the same way as we make a flat drawing of a polyhedron).

The 16-cell is composed of 16 regular tetrahedra.

This is a particular central projection (perspective) of the polytope. Some cells intersect each other (but the edges don't), and the convex hull (wrapping polyhedron) is one of the 13 Catalan solids, the Triakistetrahedron.
cm: 2.61 w x 2.61 d x 2.61 h
in: 1.028 w x 1.028 d x 1.028 h

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$ United States
 
Material Options
  • White Strong & Flexible

    White Strong & Flexible
    $6.73
  • White Strong & Flexible

    White Strong & Flexible
    $6.73
  • White Strong & Flexible Polished

    White Strong & Flexible Polished
    $7.39
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    Black Strong & Flexible
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    Frosted Ultra Detail
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    Gold Plated Matte
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  • Antique Bronze Matte

    Antique Bronze Matte
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    Antique Bronze Glossy
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  • Alumide

    Alumide
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