Hello dear masters and craftswomen. I present to your attention a master class on making such an origami swan, and I called it “Swan in Pink”. How to make an origami swan? We will make a pink drawing, highlight the swan with pink modules around the perimeter and place it on a round stand, and also glue small eyes. Please watch this video on making an origami swan. IN […]

Hello dear masters and craftswomen! Today I bring to your attention a master class on making a tricolor Swan from triangular modules. It would seem that what else can you come up with, what other options are there for making Swans using the modular origami technique. But it turns out there are still options and this is not the last thing in my arsenal. The tricolor swan is so simple […]

Hello dear masters and craftswomen! I bring to your attention a new master class on making a Swan in black from 3D modules. In the last lesson we made a Swan in red, but now I decided to change the style a little and make a Swan in black. The scheme is not complicated and will suit anyone, even a beginner in modular origami. Specially […]

Hello dear masters and craftswomen! I bring to your attention a new master class on making a Swan in red shades. On the Internet you can find a huge number of different schemes and master classes on making Swans using the modular origami technique. I'm sure you've never seen a swan like this before. This scheme is quite simple and even [...]

Swan in blue. Video tutorials and diagram. Part 3. In the third part of the master class, I offer you two video lessons and a detailed origami diagram of how to make a swan. The first video shows how to make a swan's neck and how to make a small stand. The second video talks about how to glue a swan better and faster. Lesson 6 (neck and […]

Swan in blue. Video tutorials and diagram. Part 2. In the second part of the “Swans in Blue” tutorial we finish making the body. I have prepared for you two video tutorials and a detailed diagram of an origami swan from modules. To assemble a swan you will need 1438 modules of 1/16 size, of which: 317 - purple modules 471 - blue modules 552 - blue […]

Swan in blue. Video tutorials and diagram. Part 1. I bring to your attention a new master class on making an origami swan from paper from 3D origami modules. The design is quite unusual and the appearance of the wing is not quite classic. In the photo you can see small through holes and a mesh pattern. I'll be honest - the scheme is quite complicated! Especially for this scheme I […]

“Rainbow Swan” diagram and video tutorials (part 3). The third part of the “Rainbow Swan” master class consists of three video tutorials on assembling the stand. And I also decided that a video tutorial on gluing the “Rainbow Swan” would be very useful for you. Lesson 5 (stand part 1) Lesson 6 (stand part 2) Lesson 7 (stand part 3) […]

It’s hard to imagine that once in Rus' a green fluffy Christmas tree was just a tree. After the decree of Peter the Great, everyone, young and old, associates it with the most joyful holiday, the New Year. If we make stars and snowflakes out of paper, then making a Christmas tree using the origami technique for the holiday is a must.

Christmas tree on Christmas tree

This little green Christmas tree can be made by your child to his and your great pleasure. And then tie a thread to the top of the head and hang it on the New Year's green real beauty.

• Take a square sheet of green paper and mark all the axes and diagonals on it, folding and unfolding the workpiece.

• Fold it as shown in the photo.

• Mark a fold line by bending and straightening each of the four wings.

• Make pockets out of them, aligning the center with the center.

• Fold the corners right side first.

• And then tuck them inside. We have already created a small smooth Christmas tree with 8 edges.

• Let's make her spruce paws. To do this, cut each of the 8 edges by 0.5-1 cm in 2-4 places. To make the Christmas tree symmetrical, you can cut it by folding two or three edges together.

• The most difficult operation. Bend the cuts as shown in the photo, marking the lines for the next operation.

• Tuck in the segments that you just folded back.

• Make a leg out of a smaller square of brown paper. The assembly diagram is the same. Then sew the top of the head with thread. The Christmas tree toy is ready.

Each modular origami, including the Christmas tree, begins with the production of many identical small modules from paper. Following the scheme, you need to collect 5 snowflakes of different sizes.

The smallest consists of 16 modules and has 8 beams (position 2). The second five-pointed star starts with 10 modules in a circle (position 3). The third snowflake consists of six rays (position 4) and starts with 12 modules. The fourth snowflake (positions 5-8) has 14 modules and 7 rays. And the largest modular snowflake has 8 rays (position 9-12) and additional inserts (position 10).

When all tiers are made, the moment of assembly begins. Place all the green snowflakes on one axle and secure the star to the top of your head.

A modest origami Christmas tree is made from a one-sided sheet of colored paper. Since this Christmas tree does not shine with anything special, give it grace and shine with beautiful material.

1. Take a square sheet of the most elegant paper and fold it diagonally, outlining the lines.
2. Select the main corner of the square, which will later become the top of the holiday tree, and mark two more lines from it, folding the corners adjacent to it towards the middle.
3. We fold the accordion, bending the workpiece twice. The first step starts from the horizontal axis that you outlined in the first point.
4. Turn the workpiece over.
5. We outline the fold lines. The first two folds are made uphill.
6. The second two folds are on the contrary inward, “valley”.
7. Now move the sides of the workpiece so that the paper itself wants to fold. Fold the sagging corners up.
8. Fold in the lowest corner, aligning the tree horizontally.
9. Turn the Christmas tree over to face you.
10. Give it volume by slightly bending it along the vertical axis.
11. This Christmas tree can be placed on a holiday table, pasted on a postcard, or simply given to your mother.

Fluffy beauty (video)

The next competitive master class will introduce you to another version of the main character of the upcoming holiday - a New Year tree made from paper modules, i.e. using modular origami technique. The relative simplicity of making the model and the accessibility of the equipment itself will allow even children to create lovely holiday symbols. The main thing is to understand the intricacies of paper modules. And the author of the work will help you do this Anna Susmetova.

Christmas tree using modular origami technique

Hello! My name is Susmetova Anna Vyacheslavovna. I work as the Head of the technical creativity circle in the House of Culture of the village. Youth of Simferopol district, Republic of Crimea.

With my students, we study various creative techniques: sand animation technique, cutting technique, paper twisting technique (quilling), as well as the technique of folding figures from triangular simple modules (modular origami).

Today I would like to present to you one of my favorite works, made using the modular origami technique - “New Year Tree”. This craft can be an excellent decoration for your New Year's interior or a gift for a loved one.

To make it we will need the following materials:

- green and red paper;

- PVA glue;

- beads for decoration.

The Christmas tree consists of six parts assembled from triangular green modules - 450 modules in total. Another 50 red modules will be required to make a star.

We divide the A4 sheet into 25 rectangles and cut them. We make triangular modules from ready-made rectangles. After all the modules have been assembled, we proceed to assembling the “New Year’s Tree” figure according to the following diagram.

1. The first part of the Christmas tree. The first 2 rows consist of 8 modules each.

2. Second part: 1st row - 10, 2nd row - 10, 3rd row - 10, 4th row - 5 modules.

3. The third part: 1st row - 12, 2nd row - 12, 3rd row - 12, 4th row - 12, 5th row - 6 modules.

4. Fourth part: 1st row - 14, 2nd row - 14, 3rd row - 14, 4th row - 7 modules.

Now we assemble 5 more modules as follows: 4th row - 2, 5th row - 2, 6th row - 1 module.

We attach a part of 5 modules to the fourth part between the formed beams.

We make and add 6 more such details. The fourth part of the Christmas tree is ready.

5. Fifth part: 1st row - 16, 2nd row - 16, 3rd row - 16, 4th row - 16, 5th row - 8 modules.

We assemble 7 more modules in this way: 5th row - 2, 6th row - 2, 7th row - 2, 8th row - 1 module.

We connect the resulting part with the fifth part between the formed rays.

Add 7 more of the same details. The fifth part of the Christmas tree is ready.

Sixth part: 1st row - 18, 2nd row - 18, 3rd row - 18, 4th row - 18, 5th row - 18, 6th row - 9 modules.

We assemble 9 more parts from 9 modules in this way: 6th row - 2, 7th row - 2, 8th row - 2, 9th row - 1 modules.

We attach the parts between the beams of the workpiece. The sixth part of the Christmas tree is ready.

7. The top of the paper Christmas tree is decorated with a red star.

The star consists of 50 red triangular modules. We assemble it according to the scheme: 1st row - 10, 2nd row - 10 modules (put on with the long side out (dsn)).

3rd row - 10 modules (put on with the short side out (ksn)).

4th row - 10 modules (ksn). There is a division into five beams - the modules are put on in one pocket, and the second outer one remains empty.

5th row - 5 modules (ksn). The module fits onto two inner pockets of each beam.

8. When all the parts are ready, we begin assembling the Christmas tree.

8. Decorate the product with mother-of-pearl beads.

Our “New Year Tree” is ready!

All competition entries

A beautiful TREE, quickly and inexpensively.

The tree has lowered its branches, White frost showered her... Why is it so close to me, so sweet? Are you my dear tree? Turning green with silent greetings, You come as a dear friend, And hope and joyful light The distance lights up in front of me...

The long-awaited one is approaching New Year 2015, the frost is getting stronger outside the window, children are playing in the yard. Students take the winter session. There is some kind of bustle all around, everyone is running somewhere, apparently afraid of not making it in time, but where? Stop, look around, take a closer look and perhaps you will be able to see our mortal world differently. Look how the frost plays and shimmers with silvery light on the green paws of the fluffy spruce trees. Bullfinches are pouring on the branches, warmed by the rays of the daytime sun. The crimson sunset foreshadows the morning frost. After everything you’ve seen, when you come home, sit in a chair, cover yourself with a warm blanket and, in a great mood, start making a beautiful fluffy Christmas tree

Did I manage to cheer you up? Great! Then let's begin...

For the Christmas tree you will need 630 modules 1/16 in size, of which: 528 green, 102 light green modules and PVA glue. The entire structure consists of 8 parts and a crown.

A video tutorial will help you assemble a beautiful Christmas tree.

You can find out how to cut paper to the required size here, and how to make the module itself - here.

You can watch how to assemble a Christmas tree in literally 2 minutes in the video tutorial at the top of this master class.

Friends! Don't forget my words. Be happy and love your loved ones(they love you - I know it)!

A modular Christmas tree consists of individual branches, so you can make Christmas trees of a wide variety of shapes and sizes. In addition, from such branches you can make New Year's compositions with toys, snowflakes and stars. The height of the Christmas tree according to this master class is approximately 23-24 cm. For the Christmas tree, you can take modules of one or two colors or different shades of green. Modules made of rectangles measuring 38x60 mm were used here. But there may be other sizes. You can also make modules in several colors. This will give greater realism and volume to the Christmas tree. The modules are placed on a skewer. A skewer is a thin wooden stick for barbecue (for one-time use). They are sold in packs in supermarkets, in the departments of household items. There are 20 cm or more. We used a 20 cm long skewer. For this Christmas tree we needed 637 modules (391 dark green, 246 light green).

We fold the triangular modules according to the diagram.

There is another way to assemble a beautiful Christmas tree from modules

For this Christmas tree you will need 353 green Chinese modules. We collect:

or this diagram:

Herringbone.

Collect one Christmas tree made from triangular origami modules It’s not difficult at all - the main thing here is desire and opportunity. And since the Christmas tree consists of individual branches, it is possible to make such Christmas trees in a wide variety of sizes and shapes. Moreover, from such branches you can make toys, stars, snowflakes, and create entire New Year’s compositions! And now more about how to make a Christmas tree from triangular origami modules...

To make a Christmas tree, we will need triangular modules of the same or, as in this case, two colors. For this Christmas tree, triangular modules measuring 38x60 mm were used. But you can take other sizes. For such a Christmas tree you will need only 637 modules. Of these, 246 are light green and 391 are dark green.

We fold the triangular modules according to the diagram (see modular origami: the procedure for making a triangular module)

After this, we begin to collect the twig. To do this, take two triangular modules (the long side of the module is on top) and insert the two closest corners into the two pockets of the third module.

We get the first two rows of the branch, in the first row of which there are two modules, and in the second - one. If the branch is short, then you can start assembling it from one module, and if the branch is long, then from two, then it will be easier to connect them later.

We make the third row - we put two more modules on the corners of the module of the 2nd row. The corners need to be inserted into pockets located next to each other. In this case, the outer corners of the modules will stick out to the sides, just like the needles on a Christmas tree.

We continue to assemble the Christmas tree branch, alternating one or two triangular modules in each row.

We make 12 rows from dark green modules, and the remaining two rows from light ones. When assembling the branch, do not put the modules on too tightly and deeply. They will hold better if you don’t put them on all the way, but you must periodically squeeze the entire branch from the side, especially at the junction points of the modules. We bend the collected branch a little so that it looks like a real one.

Now we make the lateral processes. To do this, we collect a branch of 5 rows.

We retreat three “needles” from the beginning of the branch and put two side branches on the fourth ones.

We make 5 such branches for the bottom row, each of which consists of 35 triangular modules. To connect them, we insert another module into the nearest pockets.

Now we connect all 5 branches in order and close them into a ring. Note: if you take 6 branches and use other colors, the result will be a beautiful snowflake!

We close it in a ring. We make 4 such rings.

For the next row we make a smaller branch: the central branch - 12 rows, and the side branches - 3 rows each.

In the same way we connect 5 branches in a circle. We make the next circle smaller again. Each branch consists of 10 rows, and the side branches of three. As a result, we get 3 circles of branched branches.

Now we make 2 small circles from branches without branches on the side. The number of required rows is 8 and 6. And we connect them in the same way.

This will be the top of our Christmas tree. It is assembled in exactly the same way as a branch of 8 rows. On the sides of the crown we insert two modules for fullness.

All the pieces for the Christmas tree are ready.

Sticking a wooden skewer into the eraser

AND Let's start assembling our Christmas tree from triangular modular origami:
1 row of Christmas tree. We put on a large circle.

2nd row of Christmas tree. Now the intermediate ring.

3 row of Christmas tree. Then the next circle is smaller.

4-5 rows of Christmas tree. We put on the intermediate ring and the next largest circle.

6-7 rows of Christmas tree. Again a ring and a circle of an even smaller size.

8-9 rows of Christmas tree. And one more ring and the smallest circle.

We put the crown on the Christmas tree and that’s it! Our Christmas tree made from triangular origami modules is ready!

Note: If you do not plan to disassemble the Christmas tree, you can use glue during assembly.

Source:
http://stranamasterov.ru/technics/module_fir

Modular origami: procedure for making a triangular module

Modular origami differs from classic origami in that the process of assembling objects uses many identical parts - modules. Every module this adds up to origami technique.
You can make various crafts from the modules - large and small. They simply nest into each other without glue. Further manufacturing procedure for a triangular module...

Triangular origami module folded from rectangular white or colored paper. The aspect ratio of the rectangle is approximately 1:1.5.

The required rectangles can be obtained by dividing A4 paper into equal parts: if the short and long sides of the paper are divided into 4 equal parts and then cut along the marked lines, you will get rectangles measuring approximately 53x74 mm.

If you divide the short side of A4 format into 4 parts, and the long side into 8 parts, the result will be rectangles 37x53 mm.

You can also fold triangular modules from half a square. To do this, you can use note pads available in office supplies.

The order of folding a triangular origami module

1. Place a rectangle of paper with the back side facing you. We bend it in half.

2. To outline the middle line, bend and unbend the rectangle.

3. Bend the edges of the rectangle towards the middle.

4. Turn it over.

5. Bend the corners, leaving a small gap between the upper triangle and the folded corner.

6. Raise the edges up.

7. Fold the triangle.

The resulting triangular origami module has two pockets and two corners.

How to connect triangular origami modules to each other

Triangular modules, folded according to the above diagram, can be inserted into each other in various ways and obtain three-dimensional products.
One of the possible examples of connecting origami modules.

The Christmas tree made from origami modules is very beautiful, lush and elegant. I really liked the modular origami Christmas tree master class from the Country of Masters user Olchik, I decided to share it with you.
This tree made of triangular modules took 2028 green modules. Origami modules size 1/32 A4 sheet. The height of the paper Christmas tree is 22 cm.

We begin to assemble one branch of the Christmas tree of the bottom row from the modules.

1st circle. row - you will need 33 modules.

Make 10 of these branches in total. We glue all of them with PVA on the short side of the branch modules.

We connect (glue) the branches together with 1 module.

This bottom row took 340 triangular modules.

Let's make a base for the Christmas tree, glue a stick onto a piece of wood (I glued it with a hot-melt gun).

Glue the bottom row of the Christmas tree onto this base.

2nd circle. row: do the same as the first, but the branch took 30 modules, i.e. reduce by 1 row. We also glue and glue with 1 module. Glue it to the base. It took 310 modules.

3rd circle. row: We reduce in the same way - 27 modules were needed per branch. As a result, 280 modules were needed per row.

4th circle. row - 24 modules per branch. 10 branches, connect. It took 250 modules to complete the circle.
5th circle. row - 1 branch - 21 mods / 220 modules
6th circle. row - 1 branch - 18 mods / 190 modules
7th circle. row - 1 branch - 15 mods / 160 modules
8th circle. row - 1 branch - 12 mods / 130 modules
9th circle. row: Here we make 9 branches of 9 modules each. We glue and connect. It took 90 modules.

10th circle. row: 1st row - 16 modules, 2nd row - 16 modules, 3rd row, as in the picture on the left, we put the module on one corner - 16 modules, 4th row - 8 modules. (56 modules)

11th circle. row: According to the principle of the 10th circle, 8 modules, 8 modules, 16 modules, 8 modules. (40 modules)

12th circle. row - 8 modules, 8 modules. (16 modules)

Glue all the circles onto the base using a hot-melt gun.