Half of a 120-cell (Large)

Design by henryseg
    (0) 
With hand for scale.
With hand for scale.
2 fold symmetry axis.
2 fold symmetry axis.
2 fold symmetry axis.
3 fold symmetry axis.
3 fold symmetry axis.
3 fold symmetry axis.
Video
3d Model Viewer
5 fold symmetry axis.
5 fold symmetry axis.
5 fold symmetry axis.
Spray dyed blue, with
Spray dyed blue, with
Spray dyed blue, with "Half of a 600-cell (Large)" at the University of Melbourne
Spray dyed blue, with
Spray dyed blue, with
Spray dyed blue, with "Half of a 600-cell (Large)" at the University of Melbourne
With hand for scale.
With hand for scale.
With hand for scale.
Spray dyed blue, with
Spray dyed blue, with
Spray dyed blue, with "Half of a 600-cell (Large)" at the University of Melbourne
The 120-cell is one of the six regular 4-dimensional polytopes, the 4-dimensional analogues of the 3-dimensional polyhedra. This is the result of taking the edges of the polytope, radially projecting them onto the unit 3-sphere in 4-dimensional space, then stereographically projecting the result into our 3-dimensional space. We remove the half of the design in the hemi-3-sphere nearest to the projection point, which makes printing the image in 3-dimensional space feasible. A smaller version is available at http://shpws.me/lpmV
cm: 32.89 w x 32.89 d x 32.89 h
in: 12.949 w x 12.949 d x 12.949 h

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$ United States
 
Material Options
  • White Strong & Flexible

    White Strong & Flexible
    $475.00
  • White Strong & Flexible

    White Strong & Flexible
    $475.00