Illustration of pyramid origami folding method

Pyramid origami, this is a medium-difficulty origami pyramid tutorial. If you want to learn pyramid origami, then follow our pyramid origami diagram to learn!

Steps:

A. This is The front side of the paper.
B. This is the back of the paper.
1. From " "Double triangle fold" begins.
Learn how to make a double triangle fold from the link above.
2. If you You can also use the formula given in step 3 without a protractor.
3. If not Protractor, you can use the given formula:
L = 0.625 * H
If H = 10 cm, then L = 6.25 cm.
The angle of inclination of the Great Pyramid is known as 51°51' and it is measured in the middle of the pyramid.
We will show you that this tilt angle of 51°51' can be converted into a tilt angle of 58.3° for the edge of the pyramid.
This is the angle we are using here (58°).
4. In two Complete two valley folds with one star point.
5. Expand you Two valley folds just completed.
6. Complete here Two "inner beak folds".
7. Complete here Two valley folds.
8. Complete here Two horizontal valley folds.
9. Lift up The lauer at the front.
10. Insert two A wing.
11.Insert both wings.
Press the frontmost layer down.
12. Origami The pyramid model is turned over.
13. Repeat the steps 4-12.
14. Origami The pyramid model is rotated 90 degrees.
15. Follow the arrows Origami pyramid model.
16. Origami The pyramid model is turned over.
17. Complete here Two valley folds.
18. Origami The pyramid model is turned over.
19. Two valley folds are completed here.
20. Origami The pyramid model is turned over.
21. Origami The pyramid model is turned over.
This is a top view of the origami pyramid model.
22. Okay ! Juqiao.com
Complete the origami of the large origami pyramid.
23. Here, I'm going to show you how to get the angle φ from the angle θ.
24. In step 23 Draw the triangle in light blue.
Using the Pythagorean theorem, we can get the length of S.
25. Here, S is the height of the triangle.
Using two expressions for S, we can get the value of φ.
Thus, the tilt angle φ is evaluated to be 58.3°.