Tested by actual builds. All intersecting blues replaced by connected half-blues.
  • Compound of Five Dodecahedra

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    A compound constructed by rotating five copies of a dodecahedron by 0°, 72°, 144°, 216° and 288° respectively, around an axis through the centre of the dodecahedron. For one specific choice of this axis, the compound has icosahedral symmetry.
  • Compound of Ten Tetrahedra

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    Another one of the 17 fully supported stellations of the icosahedron, in a cunning colour scheme devised by Robert Webb, the author of Stella. Besides the esthetical improvement, panels here provide a second technique to bypass the Zometool impossibility of having tips of multiple struts into the same hole of...
  • Compound of Five Octahedra

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    Another one of the 17 fully supported stellations of the icosahedron. Besides the esthetical improvement, panels here have as side-effect that all remaining edges can be represented by single piece Zometool struts.
  • Compound of Two Icosahedra

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    An interesting uniform compound. The two Icosahedra have edges belonging to the blue and black orbits. Eight of their faces have hexagons in common.
  • Compound of Two Dodecahedra

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    A model requiring both apple orbit struts and black orbit struts of vZome's golden field. The two dodecahedra are emphasized by 3D printed panels.
  • Compound of 5 Truncated Tetrahedra

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    A model proposed by George Hart more than 20 years ago. Follow these steps to physically build this compound, without dexterity issues.
  • Compound of 5 Tetrahedra

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    A classic from the Zome Geometry book. An elaborate scaffolding ensures that both hands are free during the building process.