Derived Solids

The "hexpropellor" operation is defined as a variant of George Hart's propellor operation, where hexagons rather than tetragons are inserted around the solid__faces of the original polyhedron.

  • 6-Truncated Joined Truncated Tetrahedron (canonical)

  • Tetrakis Cuboctahedron (canonical)


  • Pentakis Icosidodecahedron (canonical)

  • Hexpropello Cube (dextro) (canonical)

  • Hexpropello Dodecahedron (dextro) (canonical)

  • Orthokis Propello Cube (canonical)

  • Orthotruncated Propello Octahedron (canonical)

  • Orthokis Propello Dodecahedron (canonical)

  • Orthotruncated Propello Icosahedron (canonical)

  • Tetrakis Snub Cube (laevo) (canonical)

  • Pentakis Snub Dodecahedron (laevo) (canonical)

  • Expanded Cuboctahedron (canonical)

  • Expanded Icosidodecahedron (canonical)

  • Snub Cuboctahedron (canonical)

  • Snub Icosidodecahedron (canonical)

  • Tetrated Dodecahedron (canonical)

  • Tetrahedrally Expanded Tetrated Dodecahedron (canonical)

  • Pyritohedrally Expanded Dodecahedron (canonical)

  • 132-Pentagon Polyhedron

  • Snub Truncated Octahedron (canonical)

  • Dual Snub Truncated Octahedron (canonical)

  • Snub Truncated Icosahedron (canonical)

  • Dual Snub Truncated Icosahedron (canonical)

  • Snub Hexpropello Dodecahedron (canonical)

  • Dual Snub Hexpropello Dodecahedron (canonical)

  • Expanded Joined Hexpropello Dodecahedron (canonical)

  • Expanded Propello Truncated Icosahedron (canonical)

  • Expanded Joined Truncated Pentakis Dodecahedron (canonical)