The dragon's body is made of hundreds of reverse-folded scales. The updated tutorials show a "strip collapse" method:
The Ultimate Guide to Folding Origami Ryujin 3.5: Masterclass & Tutorial Updates
You're looking for a tutorial on how to make an Origami Ryujin 3.5! That's a fascinating model.
It requires shifting layers dynamically, creating teeth, eyes, and sweeping horns. origami ryujin 35 tutorial upd
The head requires sharp 3D shaping. You will transition the flat sheet into a multi-layered structure to form the jaws, eyes, and horns.
: The Ryujin 3.5 Complete Tutorial by Daniel Brown is the most frequently cited resource for success. While it is praised for being brilliant and clear, it is still described as "torturous" due to the model's inherent complexity.
: A "nightmare of wrong-way-roundedness" that often requires improvisation or multiple attempts to get right. The dragon's body is made of hundreds of
The head and legs are crowded into specific dense zones of the grid allocation layout.
Divide the paper into a diagonally or squarely, depending on your reference diagram variations. Pre-crease every line perfectly in both directions.
The model requires a (or 96x96 / 128x128 depending on the specific variation and reference material used). : The Ryujin 3
Unlike simpler origami, the Ryujin 3.5 requires significant pre-creasing and masterful handling of paper to create the thousands of scales that cover its body. Prerequisites: Preparing for the Fold
A few final pointers to prepare you for the journey ahead.
: 120 cm x 120 cm to 150 cm x 150 cm for your first successful attempt. 🛠️ Phase 1: Pre-Creasing the Grid
The Ultimate Guide to Folding the Origami Ryujin 3.5: Master the Dragon
Structural Complexity and Design Principles At its core, the Ryujin 35 showcases principles common to high-end figurative origami: efficient paper allocation, hierarchical flap division, and controlled layering. To achieve a dragon’s limbs, tail, mane, and myriad scales, the designer must map a complex tree of limbs onto the square paper’s geometry. This process—known as “circle-packing” or “flap-allocation” in modern mathematical origami—balances competing needs: long, narrow flaps for limbs and tail; many small flaps or pleats for scales; and a central mass for body and head. The Ryujin 35’s crease pattern embodies that balance, often combining sink folds, multiple reverse folds, and closed/open sinks to funnel paper where detail is needed without creating unusable bulk.
