| Virtual Reality Polyhedra: Encyclopedia with virtual reality (VRML) models, history and art of the shapes. Includes background information on each shape, a glossary, guide to names, classroom activities, sculptures by the author, and a bibliography. |
| A Ride Through the World of Polyhedra: Images, properties, constructions, and java applets to rotate the shapes. Includes convex, non-convex, and other polyhedra, plus links to other sites. |
| Alexander's Polyhedra: Alex Doskey's collection of VMRL models. Includes a concentric model of the five platonic solids, Stewart G3's, toroidal polyhedra, and other shapes. |
| Circumnavigating a Cube and a Tetrahedron: Discusses the shortest closed routes which cross or visit each face or edge on the surfaces of the five regular polyhedra. |
| Fr. Magnus Wenninger OSB: Photographs of his constructions and a bibliography of works by and about him. |
| Gallery of Polyhedra: Gallery of shapes that can be made from books in the Tarquin catalogue, with some VRML models. |
| handsonmath.com: Geometric model building courses to improve understanding of geometry, using a Matrix kit for sale on the site that can be used in order to create the models yourself. |
| Harold Scott MacDonald Coxeter: Biography from an online History of Mathematics, with quotes. |
| Juno's World: Three dimensional block puzzles, VRML models, instructions for creating real-world shrinkable models, and a gallery of images. In English and Japanese. |
| Martin's Pretty Polyhedra: Images generated by simulating n randomly placed, mutually repelling particles on a sphere. Simulations up to n = 257. |
| Mathematician's Portrait - Professor Emeritus H.S.M. Coxeter: Short biography from the University of Toronto. |
| Metal Polyhedra Models: A set of eight solid aluminum models for purchase, available in several colors. |
| Multiple-unit Dodecahedral Constructions: Images and VRML models of the shapes connected together by their faces. |
| Netlib Repository - Polyhedra: Data files and sample C code for a large number of the shapes. |
| Paper Models of Polyhedra: More than eighty paper model templates, ready to cut out and fold up, available to print out or download. |
| Pavilion of Polyhedreality: List of links to sites on the topic, plus a few renderings of the shapes. |
| Platonic Solids: Explains why there can be only five regular polyhedra. |
| Platonic Spheres: The five regular polyhedra mapped onto the surface of their surrounding spheres, which can be rotated in java applets. Also includes a discussion of the mathematical properties of the shapes. |
| Polyedergarten: Images of paper models, plus some vrml models. In English, German, and French. |
| Polyhedra by Jim McNeill: Collection of VRML models generated by a QuickBasic program named Hedron. A number of the models aren't seen elsewhere. |
| Polyhedra by Peter Cromwell: Contents, reviews, and errata of the book (CUP, 1997). |
| Polyhedra Home by Sam Gatrix: Hundreds of ray-traced polyhedra, their duals, and their properties, plus Polyhedra 2001, a real-time viewer available for download (uses OpenGL). |
| Polyhedra Models by Doug Zongker: Templates for paper models for each of the 5 Platonic solids and the 13 Archimedean semi-regular polyhedra, in pdf format. |
| polyhedra.mathmos.net: An online encyclopedia of the shapes, including ray-traces and other data on the Platonic Solids, Kepler-Poinsot Polyhedra, and Archimedean Solids. |
| Polyhedron Models Custom Built: An introduction to the shapes by George Olshevsky, with their properties, specifications for his custom built models, and links to other pages. |
| Stellated Icosahedra: Background information and images of the 59 possible stellated icosahedra. |
| Studies into Polyhedra by Anthony Thyssen: VRML models and raw data in the OFF format to generate the shapes, plus images of the shapes rendered with povray. |
| Superliminal Software - The Geometry Page: Discussion of deltahedra, infinite and flexible polyhedra, with images, a java applet, and links. |
| Symmetry, Crystals and Polyhedra: Data on polyhedra, the different types, compounds of the shapes, stellations, stewart toroids, zonohedra, and tesselations. Also discusses crystallography and symmetry. |
| The Platonic Solids by Peter Alfeld: A proof that each configuration of polygons around a vertex results in a unique polyhedron, plus Java applets for rotating the images of the shapes. |
| The Puzzling World of Polyhedral Dissections: Puzzle designer's guidebook with designs, plans, and instructions for building geometric dissection puzzles of polyhedra and burrs. |
| The Uniform Polyhedra: Excerpt of Chapter 9 of R. Maeder's book The Mathematica Programmer II. Includes images and statistics for 80 uniform polyhedra, plus background information on the shapes and the wythoff symbol. |
| Three Puzzles with Polyhedra and Numbers: An article by Jorge Rezende, Lisbon. Includes a deltoidal icositetrahedron, rhombicuboctahedron and rhombic dodecahedron exercise. In English and Portuguese, PDF format. |
| Tom Gettys' Polyhedra Hyperpages: Ray-traced images and VRML models of platonic, archimedean, and kepler poinsot polyhedra, deltahedra, stellated polyhedra, and prisms. |
| World of Polyhedra: System that can take 3d structure descriptions and generate mouse-rotatable flash animations out of them. Examples of animations for the five regular polytopes. In Chinese and English. |
| Zvi Har'El: Features a paper on uniform polyhedra and Kaleido software for computation and display of the shapes. |
Classical
