Snake figures instructions. One puzzle and endless snake figures

Instructions

In order to make a ball from a snake, you need to fold it into an even straight line. You only need to assemble from one side. Take the snake so that the outermost triangle of the puzzle is in your left hand. Use your right hand to turn the rest of the snake around this part. Rotate each fragment only once by 90 degrees. After each bend, move on to the next part of the snake. Collect in order, without missing triangles. In this case, always turn the tail, the part relative to which you turn remains motionless.

Start assembling the ball from the snake, the action is as follows: turn the part to the left, the next one to the left, turn the third part to the right, the fourth to the left, the fifth to the right, the sixth to the right again, the seventh to the left, the eighth to the right, the ninth to the left, the tenth to the left again, the eleventh to the right, the twelfth to the left, the thirteenth to the right, the fourteenth to the right, the fifteenth to the left, the sixteenth to the right, the seventeenth to the left, the eighteenth to the left again, the nineteenth to the right, the twentieth to the left, the twenty-first to the right, the twenty-second to the right again and the last part to the left.

The snake ball is assembled. If you don't succeed, double-check what you rotated the puzzle pieces in relation to. You need to twist, starting each time from the next part.

There is a certain sequence here, if you remember it, it will be easier to assemble. Turns in the same direction are repeated every 2 steps. At the same time, they alternate; if you start with the left ones, then the next ones will be the right ones.

Do you want to decorate a room with your own hands, or are you preparing decorations for an event, or maybe you just want a holiday in your heart? Decoration balls one of the easiest ways to achieve your plans. But to diversify and add zest to your decor, use a new idea - in ball.

You will need

  • transparent balls of a larger size and balls of a denser texture, bright, can be in the shape of a heart or an animal.

Instructions

Roll a small bright ball into a tube and carefully insert it into a large transparent ball. Leave the neck of the filling ball outside and hold it.

Inflate a small balloon to the size you need. The size of the ball in the ball depends only on your wishes and ideas: you can inflate it close to a large ball, or you can leave it very small.

If you think that you have gone too far with the size of the inner ball, then you can add volume to the outer ball.
Now carefully tie both necks into one common knot. If you want to add dynamics to the balls, tie each neck separately, then the inner ball will be “

Bestseller of my childhood- another puzzle invented by Ernő Rubik, is a simpler brain activity compared to the Rubik's Cube, but no less exciting. Plus, the Snake gives limitless scope to the imagination. In this review you will find figures from simple to more complex, as well as a couple of tips on how not to make a mistake when buying a Snake, including on AliExpress.

Yours, or rather theirs, Rubik's Snakes I bought it 5 years ago for 250 rubles (3 pieces). In a transparent cube package there were three identical Snakes, the length of each of them is 35 cm (1.7 cm width of the links).


Just like in childhood) Perfect. A friend once ordered a very cheap option for her daughter on AliExpress for 29 rubles. The snake turned out to be only 16 cm long, and the links turned very tightly. Nobody was interested in such a toy. So be sure to look at the dimensions of the toy when purchasing (and of course, read reviews and comments), optimal: from 35 to 45 cm. There are also “monsters” 71-120 cm on sale in online stores, some have 36 links instead of 24, but this, in my opinion, is overkill. It’s inconvenient, and you can’t build your favorite figures from such “behemoths.” Although you can build something incredibly cool from more links, I am still a follower of the classics. And further - If you want Snake durability, don't skimp. And when buying a puzzle in retail rather than online stores, do not rush - turn the links, look at the quality of the plastic. There should be no space between the links when you try to stretch the Snake, but nevertheless the triangles should follow your movements quite easily.

The standard Snake consists of 24 triangle elements (prisms) connected by hinges.


Triangles are usually divided into 2 colors. In my version - blue and white. Therefore, you can also receive figures in two colors (as far as possible), everything looks clearer without words, using the example of the “Ball” figure from Rubik’s Snake.


This is how you can rotate elements and create shapes:


Puzzle task: collect geometric shapes, animals and other associations from it. Anything you create will be exactly like something else)) Sometimes it just turns out to be "Something"


...and sometimes something specific, but in several versions. Here, for example, is the “Turtle” figure in three variations:


Wikipedia states:

This puzzle can be used to put together more than 100 2D and 3D shapes. There are formulas that describe the assembly of snake figures.


There are a sea of ​​video tutorials on the Internet on assembling various figures., but I personally find it more interesting to look at a picture-photo and figure out all these turns and twists of a strip of triangles, turning a stick into a bird or a propeller). And without any hints, you will definitely be able to assemble 10 figures on the fly; this is not a Rubik’s Cube, but an intuitive logical task that does not require strict adherence to instructions. You can read about the torment with the 3x3x3 and 2x2x2 cubes in my review.

Rubik's Snake perfectly develops spatial thinking and is suitable for everyone, without age restrictions:

  • Me at 33 years old I love collecting something new, not the standard set known from childhood - “Dog” or “Ball”, which I had never thought of before myself, something I saw on the Internet. I usually spin and twirl Snake when I watch TV series.


  • Seven year old son loves to play for speed. Those. we simultaneously begin to assemble the same figure, who is faster? And sometimes my son just lies there before bed and plays something from the Snake. But usually this twist ends with a pistol))


  • Younger son loves to take apart everything we have twisted and turn it into formlessness!


    The most interesting thing about Snake is what comes out of it. So less words, more action) Let's move on to practice - figures from Rubik's Snake (no diagrams, algorithms, video tutorials, just photos). What can you collect from the Rubik's Snake?:

    Simple figures

    • Rectangle-brick)

    • Frame


    • Polygon

    • Heart

      Something more complicated...

      • Ball (my favorite spinner!)


      • Propeller


      • Three-leaf flower)


      • Chess knight


      • Vase


        Animals and birds

        • Dog


        • Other breed of dog)


        • Wolf - long-faced dog)


        • Cat


        • Giraffe

        • Snake


        • Crab


        • Falcon


        • Swan


        • Elephant


        • Rooster


        • Flamingo


        • Firebird


        • Another bird)


          And this is just what I remembered during the half hour photo shoot for Rubik’s Snake) In general, as you understand, I specialize in animals and birds)), because they are understandable to my sons. Although there are a dozen or two beautiful and wonderful abstract figures.

          But as an advanced user with more than 28 years of experience playing Rubik's Snake))), I can also note a number of disadvantages:

          • Over time, after a couple of years, when turning the elements there was a creaking sound.
          • One of the three Snakes I bought broke almost in the middle after 2 years after the purchase. Now there are 4 snakes in the family)) It’s true that nothing intelligible can be built from the “short ones”, but it’s a shame to throw them away. By the way, in my childhood this was not observed with the “Soviet” puzzle, no breakages or squeaks. The snake was thrown away due to yellowed color and plasticine stains, in general, due to loss of presentation. When my younger sisters were born, my parents bought a new Rubik's Snake. The purchase of my personal snakes took place when my first child was born.
          • If there are 2 or more children in the house, You can’t limit yourself to buying just one Snake. For some reason, children are addicted to one toy at the same time, here and now, even if there is a 5-year difference between the children))

          So here’s my recommendation for you - buy Rubik’s Snake, you won’t regret it! It will not sit idle in families with children, and will entertain an adult on a trip or in a traffic jam no worse than the coolest gadget with a bunch of applications), review of the MOST BUDGET diapers of 4 brands, for schoolchildren - a good backpack.

Smart toy: Arina, instructions for assembling various figures from “Snake” are in our plans! Smart toy: Dear customers, the figures presented in this article are the diagrams for assembling the “Snake”. The toy folds into 50 different shapes. Among them there are simple ones that are accessible to a preschooler and more complex ones, the assembly of which requires some training. Smart toy: Indicate the number or name of the figure in the “Your review of the article” field. The snake is designed for children aged 5 years and older. In my distant childhood I had the same toy, then it got lost (or one of my younger relatives cut it off) and was forgotten.

I usually spin and twirl Snake when I watch TV series. Thanks to your site I hate snake! Thank you for the diagrams - otherwise I couldn’t remember anything except the horse, the snake, the dog and the circle - so that I could show my son (he’s five - and then put together the snake!!! The snake turned out to be only 16 cm long, and the links turned very tightly. No one I wasn't interested in this toy.

What shapes can be made from a Snake - Smart toy. Smart toy: Yaroslav, we would say that you can make an infinite number of snake figures! The article presents only the most famous examples. I would like to add my photos of the figures from Snake. 11. I have had a snake for three months now. I know and can make many of the figures that are published here. I’ve known the snake for a long time, but I didn’t know much about the figures. I fixed it with the help of your site). We believe that every child on the planet should have a snake.

Smart toy: Svetlana, good luck in your future snake creations! Smart toy: Andrey, thank you! Smart toy: Polina, hello! Smart toy: Alexander, thanks for the idea! Let's call it that!

The snake is designed for children aged 5 years and older. It consists of 24 triangles of the same size. Snake Cutting consists of 24 prisms with a rectangular cross-section connected in series by a special spring mechanism. Rubik's snake consists of 24 identical isosceles triangular prisms, sequentially connected to each other by the midpoints of the side faces.

Scheme for assembling a 2x2x2 cube. video on how to assemble a Rubik's snake! Following the cube, Rubik created the no less popular snake and the game Magic Rings. And here are 39 assembled models from Rubik's snake, but all are very small. This allows you to create hundreds of figures from Rubik's snake. The Rubik's snake is one of the most popular puzzles of our time, created by the Hungarian inventor and sculptor Ernő. Today we will make a ball from a Rubik's snake!

One of the popular toys of our time is the Rubik's snake. The puzzle became a hit back in the last century. But even today it has not lost its relevance. The design of the toy consists of isosceles triangular prisms - there are 24 of them in total. They are connected by rotating hinges. The snake puzzle develops perseverance, spatial thinking, imagination, logic and fantasy. It captivates both adults and children. In this article we will introduce you to Rubik's snakes and tell you how to collect various shapes.

For fans of the Rubik's puzzle, creating a ball is the most common shape. You can start assembling not only from the end of the toy, but also from its middle. In this case, there is no exact assembly algorithm. Either way is correct.

The addition scheme is as follows:

Watch the algorithm for assembling a snake into a ball in our video.


Collecting the dog
Here is a snake puzzle; instructions for the pieces accompany each description. Now let's talk about how to fold a dog. After assembly, the child will be happy to play with it.

Teach your child to create different shapes from a snake cube. By putting together a puzzle, he will not only have an interesting time, but also benefit it. Adding various shapes trains memory and attention. Pay attention to the dog assembly diagram.

Video instructions for the algorithm for adding a cute puppy.

Cute kitten

Professor Rubik developed his idea with the goal of developing logical thinking and fine motor skills. The mechanism of the toy is designed in such a way that it can be folded into different shapes: dog, cat, swan, bat, ball, and so on. Over 50 interesting animal figures are collected from the snake. There are no algorithms for this, only human imagination.

Almost every child loves kittens. You have a unique opportunity to make a cute pet out of a cube.

This is the kind of original cat that a snake puzzle can assemble; the diagram of the figure is shown in our video.

Cobra

As already mentioned, the Rubik's puzzle helps develop skills. Having such a toy at hand, you will spend your leisure time interestingly not only at home, but also during your lunch break at work, during a break at school, in transport, relaxing in the park, etc. The snake takes second place after the Rubik's cube.

The Hungarian inventor developed it for those people who have never succumbed to the cube. The difference between them is that the snake does not have an addition algorithm. That is, the result can be anything. Mathematicians have calculated that the rotation mechanism of the puzzle makes it possible to assemble over 90 quadrillion combinations, which include flowers, plants, animals, furniture, objects, buildings, birds, etc. A person determines for himself which forms to collect - complex or simple.

The Cobra figure is not considered difficult. Try folding it using the video instructions.

Elephant

By turning the snake mechanism you can assemble interesting figures. At first glance, it seems that assembling combinations is not difficult. In fact, it’s easy to twist a snake, but to create an accurate figure, you need skills and abilities. The elephant is the largest animal. But with the help of a snake you can assemble it.

Detailed instructions are provided in the video. Take the snake in your hands and start creating an eared elephant.

Rocket

Boys will be interested in assembling a rocket. Children need such educational games. Essentially, they make toys for themselves with their own hands. This includes puzzles. The snake is designed in such a way that the child develops during play and learns new skills without knowing it. Assembling a puzzle is also useful for adults. Over the years, memory deteriorates, and any thought processes activate the convolutions.

It is better to start learning with simple figures. First, try to assemble a rocket.

It should be noted that with the help of a snake you can fold a variety of aircraft, for example, this one.

It all depends on the difficulty level. If desired, you can add several more types of rockets.

Let's talk about the benefits of the Rubik's snake. This puzzle combines play and learning. During the assembly process, the child develops analytical and imaginative thinking. He perceives the world in a new way. It is these qualities that will help the child adapt in adulthood.

We invite you to watch a video with instructions for assembling the rocket.

Psychologists are convinced that the specific results that a child achieves independently have a beneficial effect on his overall mood. He begins to believe in himself, becomes bolder and more active in any actions. The child's self-esteem rises. Finding the right solution improves math skills. Therefore, develop your child and develop yourself. Watch the video to see what other shapes you can make with the snake puzzle.

Unlike the cube, the Rubik's snake puzzle allows you to create a new figure each time. Few people know, but there are already more than a hundred of them. And new schemes are constantly appearing on what snake shapes can actually be created.

A standard puzzle has 24 pieces. But there are also longer options, for example, with 36 or 48 parts.

The models that are created from it are divided into two-dimensional and three-dimensional. Some of them are quite simple, especially from the first group. Even younger schoolchildren can handle it. But there are figures that even a person with experience in assembling it will puzzle over.

Interestingly, in a general sense it cannot be called a puzzle. Because she is, rather, a construction kit that needs to be assembled according to a pre-thought-out plan. Or come up with something of your own, special. And then teach it to others.

This Rubik's puzzle helps develop spatial imagination and creativity. It will prove to be an undeniable assistant in the formation of logic for the one who collects it.

How to read diagrams for assembling figures?

First you need to position the snake correctly. Its starting position is as follows: all parts form a straight line. If you look at it from the side, the dark triangles appear at the bottom. Accordingly, light ones are on top.

All dark triangles are numbered from 1 to 12. From left to right, of course. These dark parts remain motionless during the process of assembling the snake figure. Light details will rotate. The next step in the instructions for assembling a figure from a snake will begin with this number.

If you need to rotate the triangle on the left, then the instructions will contain the letter “L”. The right part rotates if the letter "P" is present.

The number of turns is limited to 3. Since the fourth will return the part to its original position. The number of turns appears after the letter indicating left or right. The movement is clockwise.

Thus, each part of the instructions for assembling a figure from a Rubik’s snake is formed from three components:

  • triangle number (1-12);
  • turning side (L or R);
  • number of turns (1-3).

For example, 10L1. She says that you need to rotate the light triangle to the left of the 10 dark one once.

Remembering this rule, it is easy to assemble any figure. And even write your own algorithm, if you come up with something special. And it will be clear to everyone. In order to make the assembly technology understandable to foreigners, it is customary to replace the Russian letters L and P with the Latin L and R.

Figure called "Bow"

This game is a snake puzzle. Figures sometimes have names that are not entirely clear where they came from. Same with this one. To many, it rather resembles a flower. The assembly algorithm consists of the following actions:

1P3; 2L1; 2P3; 3L3; 4P1; 4L3; 3P3; 5L3; 5P3; 6L1; 6P3; 9L3; 8P1; 8L3; 7P3; 7L3; 9P3; 10L1; 12P1; 12L3; 11P3; 11L3; 10P3.

Explanation of instructions:

  • the right one from the first turns 3 times;
  • left from the 2nd - 1 time;
  • from her right - 3;
  • right from the 3rd - 3 times;
  • 1 right turn from 4th;
  • from her left - 3;
  • return to third and turn right to 3;
  • around the fifth, first the left one is on 3, and then the right one is also on 3;
  • from the sixth they rotate - left by 1, right by 3;
  • near the ninth, turn the left triangle 3 times;
  • about the eighth, the right one makes 1 turn, and the left one makes 3 turns;
  • from the seventh, symmetrically to the left and to the right, 3 each;
  • the tenth has one turn on the left;
  • near the twelfth, the right one rotates 1 time and the left one 3 times;
  • from the eleventh there is again symmetry on the left and right, 3 turns each;
  • the right side of the 10th makes 3 turns.

Instructions for the “Giraffe” figurine

Another 3D model. This time an animal. Like the previous figure, it can be appreciated from all angles. Algorithm for assembling the model:

2P1; 3L3; 3P1; 4P3; 5L3; 4L2; 6L3; 6P3; 8P1; 8L3; 7P1; 7L2; 12P2.

How to make a compact triangle from a snake?

Now it's time for the figures to represent inanimate objects. One example is a volumetric triangular prism. To create it, the following instructions will be useful:

1P3; 3L2; 4P3; 3P2; 5P1; 5L2; 6P3; 7L2; 7P3; 6L2; 8P1; 8L2; 9P3; 11L2; 12P1; 9L2.

How to make a ball?

This is the most famous piece from this puzzle. The algorithm for creating it is as follows:

1P1; 2L3; 2P3; 3L1; 3P1; 4L1; 4P1; 5L3; 5P3; 12P3; 12L3; 11P3; 11L3; 10P1; 10L1; 9P1; 9L1; 8P3; 8L3; 7P1; 6P3; 6L3; 7L1.

One of many harness options

There are a large number of all kinds of weaving. This example strongly resembles a thick braid. In order to weave it you will need to perform the following sequence of turns:

1P3; 2L1; 2P3; 3L1; 3P3; 4L1; 4P3; 5L1; 5P3; 6L1; 7L1; 7P1; 8L3; 8P1; 9L3; 9P1; 10L3; 10P1; 11L3; 11P1; 12L3; 12P3; 6P1.

Figurine "Duck"

Most of all the items that can be made from a puzzle are animals and birds or vehicles. This is an example of a snake figure that resembles a duck. Its algorithm:

1P2; 3P1; 4P1; 6L1; 8P1; 7L3; 6P2; 9P3; 9L2; 11L3; 12L3.

How to assemble the Ostrich figure?

Another bird that will require a snake (shapes) to create. Instructions for its assembly:

1P2; 3L1; 2P2; 3P3; 4L1; 4P1; 5L1; 6L3; 5P1; 6P3; 7L3; 8L1; 7P3; 8P1; 9L2; 10L2; 12P2.

It can even be placed and viewed from all sides. Real 3D model.

Model for romantics “Heart”

Allows you to express your feelings without words. Why not a valentine on And the algorithm is quite simple, at least short:

7L2; 9P1; 4P3; 3P3; 10P1; 12L2; 2L2.

As a conclusion

After creating several figures using a pre-thought-out algorithm, you will definitely want to create something of your own. Perhaps it was already invented by someone once. But for those who thought of it themselves, the model will be a real discovery. What could be a greater incentive for development?