Epiphany V
This year’s model of the Star of Bethlehem for Epiphany is based on my Star of David I molecule. The model as a whole is very similar to Epiphany III, the di...
Astronomy
Models which represent subjects related to astronomy: planets, comets and other celestial objects.
This page lists models of a single type. You might be interested in folding instructions instead.
Moon
A simple model of the crescent moon, designed for an astronomy-themed origami workshop. Proportions can be varied to some degree, producing different phases ...
Epiphany IV
This rendition of the Star of Bethlehem is based on the same general idea as Epiphany III, but made to better resemble an actual comet. It features a double ...
Ad Astra
I prepared this composition as decoration for the room where I would be holding origami workshops related to my exhibition at Olsztyn Planetarium. During the...
Still Life with Epiphany III
Another attempt at folding the subject of Star of Bethlehem, this time using the Lucky Star molecule (invented independently with Fujimoto, Haligami and many...
Epiphany Tessellation
An origami tessellation for the Feast of Epiphany. Single sheet of Gampi paper, no cutting or glue. Wet folding was used for the coma of the Stars of Bethleh...
Box with Shooting Star
I designed this box during the annual meeting of Polish Meteoritical Society (meteorites are one of my hobbies alongside origami).
Epiphany II
This is my second attempt at designing a Star of Bethlehem (which can also double as a regular comet). After designing it, I found online pictures of a simil...
Epiphany I
Depending on context, this origami corrugation can be used as the Star of Bethlehem or just a standard comet. Designed and folded by me.
Saturn (WSM)
Another Saturn-themed origami, this time a modular made from my Woven Slit Module (WSM). 10 units are used altogether: 6 for the orb, 3 for attaching the rin...
Saturn Tessellation
This tessellation is based on a 128×92 grid. Image is created from a four-sink-base tessellation by folding up some of the squares’ corners. While I’ve seen ...