How to fold a toothless pterosaur

Mondo Science Updated on 2024-02-24

Origami is an ancient art that creates a variety of shapes and animals. Among them, the toothless pterosaur is a very interesting origami work. Below, I'll show you how to fold a toothless pterosaur.

First, you need to prepare a square piece of paper. Fold the paper in half and unfold it. Now, you will see a midline. Fold the upper-left corner of the paper in half so that the upper-left corner aligns with the centerline, and then expand. Now, you will see a triangle. Fold the triangle in half to the right so that the vertices align with the right edge, and then expand. Now, you will see a square. Fold the square in half so that the vertices align with the top edge, and then expand. Now, you will see a diamond shape. Fold the right half of the diamond in half to the left so that the right edge aligns with the left edge, and then expand. Now, you will see a rectangle. Fold the upper-right corner of the rectangle in half so that the upper-right corner aligns with the lower edge, and then expand. Now, you will see a triangle. Fold the triangle in half to the left so that the vertices align with the left edge, and then expand. Now, you will see a rectangle. Fold the right half of the rectangle in half to the left so that the right edge aligns with the left edge, and then expand. Now, you will see a diamond shape. Fold the right half of the diamond in half to the left so that the right edge aligns with the left edge, and then expand. Now, you will see a triangle. Fold the right half of the triangle in half to the left so that the right edge aligns with the left edge, and then expand. Now, you will see a rectangle. Fold the upper-right corner of the rectangle in half so that the upper-right corner aligns with the lower edge, and then expand. Now, you will see a triangle. Fold the triangle in half to the right so that the vertices align with the right edge, and then expand. Now, you will see a square. Fold the square in half so that the vertices align with the top edge, and then expand. Now, you will see a diamond shape. Fold the right half of the diamond in half to the left so that the right edge aligns with the left edge, and then expand. Now, you will see a triangle. Fold the vertices of the triangle in half so that they align with the lower edge, and then expand. Now, you will see a rectangle. Fold the right half of the rectangle in half to the left so that the right edge aligns with the left edge, and then expand. Now, you will see a triangle. Fold the vertices of the triangle in half so that they align with the lower edge, and then expand. Now, you will see a rectangle.

The above is a summary of the introduction of the basic steps and the implementation of the specific steps

After introducing the basic steps of Origami Pterodactyl, this article also details the specific operations and precautions of each step. For example, in the first step, "first prepare a square piece of paper", it should be noted that the size and texture of the paper have a great impact on the final origami effect; In the second step, "fold the paper in half", here you need to ensure that the paper is neat and symmetrical; In the third step, "fold the triangle in half to the right", here you need to know the angle and strength, etc.

Through the introduction of the above steps and the summary of the implementation of specific steps, readers can better understand and master the details of how to origami the basic steps and operation skills of the toothless pterosaur. At the same time, through the combination of reading the content of this article and the practical experience, you can more effectively improve the reader's origami skill level, and enjoy the fun and sense of achievement and other beautiful emotional experience and other important meanings, details and information, etc.; Through the introduction of the above content, readers can further broaden their understanding of how to origami pterosaurs, cognitive vision and thinking angles, etc., and comprehensively think and understand the functions and other ways to present them.

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