Spiked Icosahedron

by Franck Ramaharo
(Antananarivo, Madagascar)

This spiked icosahedron is made with Nick Robinson’s trimodules (30 modules).

Editors note:

Nick Robinson’s trimodules can be found here.
More spikey ball types of origami here

Vann’s 5 Card Pentagonal Hassock

by Franck Ramaharo
(Antananarivo, Madagascar)

This business card polyhedron is a variant of a cuboctahedron but with a pentagonal top and bottom. The model is attributed to Valerie Vann and is made with 5 units.

Gyroscope Octahedron

by Franck Ramaharo
(Antananarivo, Madagascar)

Octahedron made with 6 Gyroscope Modules (attributed to Lewis Simon).

Editor’s Note:
Gyroscope instructions can be found in the modular origami page.

Gyroscope Cuboctahedron

by Franck Ramaharo
(Antananarivo, Madagascar)

Cuboctahedron made out of 12 gyroscope module. I use 9x9cm paper blocks for this model.

Note from editor:
The gyroscope module can be found here under Gyroscope by Lewis Simon. the original gyroscope

Business Card 4-Pieces Cuboctahedron

by Franck Ramaharo
(Antananarivo, Madagascar)

The design of the 4-pieces cuboctahedron unit is attributed to Valerie Vann. It is very easy to assemble and the final model is very sturdy.

Editor’s Note:
Click here for more

Mosely Snowflake Sponge Fractal (Level 2)

by Franck Ramaharo
(Antananarivo, Madagascar)

The design of this beautiful fractal is attributed to Dr Jeannine Mosely. I made this model with business card units.

Editor’s Note:
Click here to read more about Mosely

Wonder Kusudama

by Lidiane Siqueira
(Teresina, Piauí, Brasil)

Made with 1:2 rectangular paper (3.75 cm x 3.75 cm).
Module compound. 60 papers in all.
Designed by Lidiane by Siqueira Teresina / Brazil

Origami 3D

by Maria Nguyen
(Oklahoma)

Happy origami

8 Intersecting Planes

By: Deepika Pratap,
Santa Clara, CA, US

Reference: Ornamental Origami: Exploring 3D Geometric Designs book by Meenakshi Mukerji
Take a look at my blog for other modules: or1gam1.blogspot.com

Modular Origami

by Deepika Pratap
(Santa Clara, CA, US)

Five Intersecting Tetrahedra