Attempting this model requires transitioning from standard step-by-step diagrams to a highly calculated structural process known as Crease Pattern (CP) collapsing. This comprehensive, updated tutorial guide breaks down the preparation, paper requirements, grid alignment, and critical collapse phases necessary to bring this legendary dragon to life. 1. Choosing the Ultimate Paper
Required for precise grid measurements.
The work can take to fold properly. Many folders have reported it taking over 11 weeks of on-and-off work, with thousands of individual scale folds. One of its most mind-boggling features is that over 70% of the paper is cleverly tucked away inside the model, leaving only the "dragonny bits" visible on the outside. origami ryujin 35 tutorial upd
: Traditional Japanese paper backed with methylcellulose offers the highest tensile strength and holds shapes permanently.
Use a ruler to ensure your grid lines are perfectly parallel. Inaccurate grid lines will make the final collapse impossible. Choosing the Ultimate Paper Required for precise grid
Folding Satoshi Kamiya's Ryujin 3.5 is one of the ultimate challenges in origami. Because a single tutorial can exceed 10 hours, most folders use a combination of video series and community-made guides. Essential Resources The Gold Standard Tutorial : The most comprehensive step-by-step guide is the Ryujin 3.5 Complete Tutorial Playlist
: A square of at least 1.5 meters (roughly 5 feet) is recommended for beginners. Advanced folders may attempt it with 1 meter. Paper Type One of its most mind-boggling features is that
The most critical part of a "long feature" fold like Ryujin is starting with the right paper. Paper Size : Use a massive single square sheet, ideally between 1.5 to 2 meters
This is the most time-consuming part of the tutorial. The dragon’s body is covered in individual scales formed by reverse folds.
A successfully collapsed Ryujin 3.5 looks like a thick, blocky accordian. The magic happens during the shaping process, which utilizes a technique called wet-shaping.