How to make a rocket to fly. How to make a rocket with your own hands from paper, cardboard, matches, foil and bottles - diagrams. How to make a model rocket that flies. The last thing to prepare is the fuel. This will require

A cool rocket model or a real flying rocket can be made at home without any problems. To carry out the work, you can use any materials at hand: paper, cardboard, plastic bottles, matches and foil. Depending on the chosen master class, you can get a beautiful toy or a full-fledged model of a real rocket. All descriptions are supplemented with step-by-step photo and video instructions, which greatly simplifies the assembly of products. You can learn in detail how to make a rocket with your own hands and make it fly in the master classes below for adults, teenagers and children.

How to make a rocket with your own hands so that it flies - a step-by-step master class with a description

The simplest flying rocket can be made at home. The following master class describes in an accessible way how to make a rocket out of paper that flies in just 5-10 minutes. The work will be within the power of both adults and teenagers. A simple instruction how to make a rocket out of paper does not require the use of special components: you can assemble it from improvised materials.

DIY materials for making a flying rocket

paper;
scotch;
piece of metal-plastic pipe;
soft hose;
2l bottle.

A step-by-step master class on making a flying rocket with your own hands

How to make a rocket from ordinary cardboard with your own hands - a diagram and a description of the work

Even a child can make a cool cardboard rocket. This layout is perfect for decorating a room. How to make a cardboard rocket with your own hands according to the scheme is described in the master class below with step-by-step photos.

Do-it-yourself materials for assembling a space rocket from ordinary cardboard

toilet paper rolls;
white cardboard;
thin colored paper (yellow, red);
shiny self-adhesive paper;
scissors;
paper tape;
red and silver paint;
astronaut figurine.

Step-by-step instructions for assembling a cardboard rocket with your own hands

How to make a rocket so that it takes off from a bottle - a step-by-step master class

An original and high-flying rocket can be assembled from improvised materials right at home. But its launch must be carried out in an open area to comply with safety conditions. A step-by-step photo instruction will tell you how to make a rocket from a bottle without much difficulty.

List of materials for making a flying rocket from a plastic bottle

plastic bottle;
sheet of plastic;
foam tube;
paper tape;
liquid Nails;
stationery knife, scissors;
rubber stopper;
thin hose.

A step-by-step master class on making a flying space rocket from a bottle

How to make a model of a space rocket with your own hands - an interesting master class with a photo

Many space exploration fans would like to have a real mock-up of the original rocket at home. Using a few materials and following the assembly rules, you can make a copy of the Proton-M. How to make a rocket model and how to paint it correctly is indicated in the next master class.

Materials for making a model of a space rocket with your own hands

round blanks from a bar;
plastic tubes;
acrylic paint;
glue.

A detailed master class on making a rocket model with your own hands

How to make a rocket model from matches and foil - an entertaining video master class

Many adults and teenagers are wondering how to make a rocket out of matches and foil. Work takes a minimum of time, but brings maximum fun. True, it must be carried out either with adults or under their supervision.

So, you have read the latest news about Elon Musk or Jeff Bezos (the head of Amazon - approx. transl.), or maybe they dug into the history books and understood why Robert Goddard and Wernher von Braun became legends. And then a brilliant idea came to your mind - why not do rocket science on your own?

I should note that the text below is just a theoretical astrophysicist's approach to building rockets, and it's obviously missing a lot of... well, let's just call them "critical details". Rockets are some of the most complex creations ever made by mankind and require a little more description to build them than this article gives, so my respect to the engineers who actually design and build them.

However, rockets rely on some surprisingly simple physical principles. Although the steps below will definitely not give you a complete rocket engine, they will explain why we make rockets the way we do and nothing else.

Step One: Maintain Momentum

When moving on the surface of the Earth or through the air, we rely on the conservation of momentum to move forward. When we push off the ground or flap our wings in the air, the ground or air in turn pushes away from us. Since the Earth is somewhat larger than us, conservation of momentum means that we move a lot, but the Earth hardly.

But space is a completely different story. In this cold vacuum there is nothing to press on. Legs, wings, propellers and planes are useless. But that doesn't mean that conservation of momentum suddenly stops working. Instead, in order to move forward, we essentially need to take momentum with us.

This is the same principle as when you are on the ice of a lake or in office chair on wheels. If you take some of the mass that you carry with you (shoes, snowball, whatever) and throw it away from you, then you will travel a little in the opposite direction. Of course, what you've thrown out has a lot less weight than you, so you'll travel in the opposite direction a fairly short distance, but you still managed to move using only yourself.

So, in order to have a rocket flying in space, you need to carry rocket fuel with you. It can be anything, and when you throw it through the back of the rocket, you will fly a little forward. Progress!

Step two: go with the flow

But the "put propellant in the rocket and punch a hole in the back" strategy probably won't be the most effective. That's why you need to replace your hole with a nozzle: in particular, the de Laval nozzle, named after its inventor. This particular nozzle narrows to a narrow throat and then expands into a domed chamber where the outlet is much wider than the inlet. The unique shape of the nozzle does something magical to the flow of propellant, which enthralled Goddard in the early 1900s.

When the fuel enters the narrow throat, it accelerates. This is because the liquid is extremely poorly compressible - this requires gigantic pressure, but it is not in the nozzle. So for the total mass of fluid to flow at the same speed, it must convert from "wide and slow" at the inlet to "narrow and fast" in the middle. Every substance has its own speed of sound (the speed at which sound waves propagate through it), and if you set the nozzle throat correctly, the liquid will become sonic as it travels through it.

And sonic and supersonic liquids have special property, which is exactly the opposite of their subsonic counterparts: instead of slowing down when re-expanding due to complex fluid dynamics, they ... accelerate. Therefore, when such a liquid exits the nozzle, it receives an additional impulse. In addition, the special domed shape of the outlet nozzle allows the liquid to continue to press against its body, further increasing the resulting momentum.

Step Three: Obey Tyranny

So, you have fuel and a nozzle. What's left? That's right, you need something to power it all: an energy source that you also need to pack with you. In the case of throwing things on slippery ice, you brought in your energy in the form of breakfast, which you consumed earlier and stored for later use.

But cereals and milk are not the best source of energy for space power, which is why chemical rockets have been so successful. By creating a powerful mixture of fuel (eg, highly refined kerosene) and oxidant (eg, oxygen), incredible amounts of energy can be released and used in subsequent exothermic reactions. Of course, there are other combinations, and in some cases the fuel spontaneously ignites when right conditions or exists in solid form prior to its intended use.

Either way, the result is the same. Another useful "feature" of chemical rockets is that the mixture of fuel serves as a propellant - the results of energy reactions are "pushed" into the de Laval nozzle, pushing the rocket forward. This is cool.

But the fact that you have to carry your own source of fuel and power drastically limits what a rocket can do. This is governed by the Tsiolkovsky formula - a simple relationship between the energy required to achieve the goal, the energy stored in the fuel, and the fraction total weight rocket loaded with fuel.

If you want to go farther or lift a heavier object into orbit, you need more fuel. But increasing the volume of fuel increases the overall weight of the rocket, and it is this "tyranny" that explains why modern rockets have 80 to 90 percent fuel by mass - all in order to carry a very small payload into space. This is why multi-stage rockets are used - by removing the stages used, you thereby reduce the total weight of the rocket, which means that acceleration from the next stage will be more effective.

you can fly away

What is the result? You have all the necessary components of a rocket: momentum storage, propellant, a fancy nozzle, and a power source. And everything, even the most non-standard rockets, follow the same basic principles. The nozzle can be electric or magnetic fields, and the energy source can be fuel, nuclear reactions, or the Sun itself. But no matter what, the steps above are the only way to get a rocket in space.

This rocket is an ordinary toy, only it can fly according to the same principles as a real rocket. This is great entertainment for the whole family, and will also be a chic end to any holiday.

Tools

Utensils for fuel.
Porcelain mortar and pestle.
Mallet.
File.
Drill.

For body

Starch.
Iron smooth straight wire with a cross section of 3-5 millimeters.
Thick cotton threads.
Elastic band for models.
Wooden stick with a diameter of 3 mm and a length of 6 cm.
Silk ribbon 5-80 centimeters wide.
Bright waterproof paint.
Steel wire 1 mm.
Oil.
Glue.
A piece of soft wood.
Newspaper.
Drawing paper.
Thin boom yeah.
A pissing boom.
Stick, diameter, as the outer diameter of the sleeve.
Stick, with a diameter as the inner diameter of the sleeve.
Board.
Styrofoam.
A nail with a diameter like a hole that is drilled into a sleeve.
12 gauge cardboard sleeve without primer.

For fuel

Sulfur 10.
Charcoal 28%.
Saltpeter potassium 62%.

Instruction

Create a fuel mix: mix all ingredients in the right proportions. Create a mixture for the wick by mixing sulfur and saltpeter at the rate of one part sulfur and nine teas of saltpeter.
From the side of the capsule attachment, you need to drill the metal part of the sleeve. Then remove the capsule fasteners.
Drive a nail into the board. It should protrude from the board by two centimeters. Grind the protruding end so that it has smooth conical contours. Sharpen the sharp end a little.
Now you need to remove all metal filings. Put the sleeve on the nail with a metal part and pour mixed fuel into it ¾ of the height. Using a round wooden stick, compress the fuel by tapping lightly with a mallet.
Cut out a circle from food paper so that it is slightly larger than the inner diameter of the sleeve. They should close the layer of fuel. On top of the partition that turned out, pour the fuel mixture with a layer of half a centimeter and then glue the sleeve on top with a layer of thin paper. This charge is designed to release a parachute.
Wrap a large diameter stick with newsprint. Fix with glue and let dry. Then lightly soak a layer of newspaper with oil and wipe it off.
On the resulting blank of drawing paper, wind the tube, two turns thick. Coat the coils well with glue. Dry this tube on a stick. Then remove the layer of newspaper, it is no longer needed.
Make a fairing softwood rockets. This is a cork six to seven centimeters long, the upper end of which ends in a rounding and descends into a cone, and the lower one, one and a half centimeters long, is tightly inserted into the upper part of the paper tube. You have a fairing and a rocket body.
Whatman paper make at least three stabilizers. These are the triangles that must have petals in order to connect with the rocket. Stabilizers are attached to the rocket body with glue. From the end of the fairing, which is located in the rocket body, fasten a bracket or a metal ring with an internal diameter of half a centimeter, which is made of steel wire. Close the ring. It is necessary for attaching a parachute.
Insert the engine sleeve into the bottom of the rocket. It should be inserted tightly and removed as needed. If the motor is tight, glue an extra 3 cm wide paper ring on the inside of the case. Now dry the entire body and paint with waterproof paint in any color you like (bright is better).
Create a parachute. The diameter of the dome is fifteen to twenty centimeters. Use a parachute for the rocket. Attach one end of the ribbon to a wooden stick. Attach a loop to the ends of the stick from a thread ten centimeters long. Tie a piece of aviation rubber ten centimeters long to one end of the tape. Tie the end of the rubber around the wire ring that is put on the fairing. Using a regular thread for it, make an additional mount. Tie another ten centimeters long thread to the end of the fairing. Also tie a piece of aviation rubber to it, and five centimeters of an ordinary thread to it. Fasten this thread on the inside of the rocket three centimeters from the upper end of the tube. You can launch it through the entire rocket, creating holes in it and pasting it with paper rings for strength.
Now stow your parachute. Starting from the free side, wind the tape into a roll. From the outside, press the roll with a stick to which the parachute is attached. Slide this roll into the rocket body. From above put a thread and a tape of fastening to a fairing. Close the rocket with a fairing.
Create a Starter Device. Cut one hundred and twenty centimeters of iron wire. On a piece of Whatman wire, glue two cylinders with a diameter slightly larger than the diameter of the wire and one centimeter long. It is necessary that the rings slide freely along the wire. The resulting rings must be fixed with strong glue on one longitudinal line of the rocket body. One ring should be fixed at the junction of the stabilizers with the body, and the other - in the upper part, approximately one centimeter from the fairing. It is necessary that the rocket slides freely along the wire. From any wire, wrap a restrictive ring around the rocket at a distance of fifty centimeters from one of the ends. She should not go further than this ring. This side of the wire must be stuck into the ground.
Create a fuse. You can take a ready-made fuse from a firecracker or firecracker, however, the length may not be long enough. Create a stop. To do this, take a cotton thread and fold it six times. You should end up with a length of eight centimeters. Weld the paste. Moisten the thread with starch paste. All of it must be dipped in a composition that differs from the composition of the fuel in that it must be without coal. Then dry.
Before starting, you must insert the engine into the housing. Before you insert the engine, you need to insert the wad. A piece of foam can serve as a wad. Bend the cord at one end, and then insert this end into the nozzle. READY!!!

note

Making a rocket motor is a safe process, but do it carefully. You can use a ready-made rocket engine.
When you pour the fuel mixture on the partition, you do not need to compress it.
The length of the Whatman tube is about 45 centimeters.
A rocket without a parachute cannot be used because it is dangerous.
The parachute can be of any design. It can be made from fabric or paper. Better make more lines.
When launching a rocket, move at least 10 meters away from it.

You can use nitro enamel or pentaphthal paint.
You can make a stabilizer from 1 mm plywood.
Position the stabilizers symmetrically, glue neatly and firmly.
We recommend using poplar or linden wood
Wood is being replaced by hard foam.
You can use whatman paper or half paper.
Any oil will do, even vegetable oil.
Glue is better to use nitrocellulose or BF.
We recommend using tissue paper.

Helpful Hints

Making a rocket is always interesting, especially with children.

You can compete or just play with a toy rocket by launching it into the air.

There are many different ways how to make a rocket with your own hands, and we will tell you about some of them.

Option 1

How to make a flying rocket

You will need:

1 sheet of paper

Adhesive tape (duct tape)

Scissors

Ballpoint pen large straw (for launching a rocket)

Glue gun (can be replaced with PVA glue but it will take longer to dry)

1. Cut the paper into 2 halves about 5 cm wide.

2. Prepare a ballpoint pen and take it apart to get a straw.

3. Attach a piece of duct tape to one of the paper halves. Flip this paper over and wrap it around the handle to get the rocket body.

4. Attach the curled paper with duct tape. You can use tape to completely wrap the body, then pull the handle out. You can cut some irregularities at the ends with scissors.

5. Seal one end of the rocket body with duct tape.

6. Prepare 3 pieces of duct tape. They need to be folded so that the tail fins for the rocket (stabilizers) are obtained.

7. Take one piece of duct tape and fold it in half, making sure not to glue it all the way. Use scissors to cut the tape at an angle of about 45 degrees to get a triangular shape of the stabilizer. You need to cook only 3 of these pieces.

8. Attach the stabilizers to the rocket using the parts you didn't glue. Attach them at equal distances from each other around the base of the rocket.

9. Take the second half of the paper and make a cone out of it, which can then be attached to the body.

10. Cut off the excess part of the rocket nose and wrap tape around the cone to reinforce it. Pay special attention to the tip of the nose.

11. Fill the cone about 3/4 full of glue. Take the body of the rocket and insert it into the cone with the occluded part. Hold in this position for a few seconds so that the parts grab.

To launch a rocket, simply insert a tube (disassembled handle) into its body, hold it with two fingers and blow hard! The rocket will fly even higher if you use the pump.

Option 2

How to make a cardboard rocket

A very good rocket can be obtained if you use a cardboard cylinder from food film, foil or toilet paper.

Just prepare: a cardboard tube, colored paper and scissors.

1. Prepare colored paper and cut out a quarter of a circle from it.

2. Glue the cone from the workpiece. If necessary, trim it to size. Also apply a few cuts along the edge.

3. It's time to glue the cone to the tube.

4. Decorate the rocket. You can use colored paper, stickers or felt-tip pens.

5. Your rocket needs wings. They need to be cut and glued. Also, do not forget about the valves for gluing, which must be left in advance.

6. Glue all wings to the rocket.

Option 3

origami rocket

This rocket model is very beautiful, and you simply must make it with the children. Everyone will have a lot of fun and everyone will be pleased with the end result.

Assembling such a rocket is not difficult, just do everything as shown in the video tutorial.

The assembly itself should take no more than 15 minutes. You can make it from colored paper.

Origami paper rocket

Another version of the origami rocket.

Option 4

Do-it-yourself paper rocket

Such a rocket can be made for children. So that they play, dreaming how they will fly into space.

The most interesting thing is that such a rocket is launched if you blow.

Prepare a disposable deep plate (bowl) as a base.

Prepare a paper cylinder from foil, paper towel or toilet paper and use it to make a rocket as shown in.

Prepare thick paper and make a tube out of it.

Make a hole in the disposable plate, the diameter of which is slightly larger than or equal to the diameter of the tube.

Insert the tube into the hole. You can secure it with tape or duct tape.

It remains to launch the rocket - just put it on the tube and blow hard and the rocket will fly.

You can download the markup of all the necessary details.

Option 5

Paper craft. Rocket.

To make this easy paper rocket model, you will need colored paper and colored tissue paper.

* The body and stabilizers are made of colored paper, and the parachute for its smooth descent is made of colored tissue paper.

* Prepare a sheet of paper measuring 170x250 mm and make a cone out of it as shown in the image.

1. cooking cone

The paper will curl more easily into a cone if you stretch it between the table and the ruler.

Spread the edge of the cone with glue and glue.

Prepare a template for the base of the cone. It can be made from cardboard or thick paper. It is worth noting that the template is needed because it is used to cut off the rocket body.

Now you need to put the template on the finished cone, draw a line with a pencil along which you will need to cut with scissors to get rid of the excess.

2. Preparing stabilizers.

Prepare 3 sheets of thick colored paper measuring 8x17 mm.

Each sheet must be folded in half lengthwise and applied to each according to the template (N1 and N2) and circle with a simple pencil.

Cut out the stabilizers.

At the stabilizers, you need to bend the edges and use glue to connect them.

Our rocket has three pairs of stabilizers (large and small). They are in order to give the rocket stability during flight.

On the template, mark 3 points that are at an equal distance from each other (this is how to divide the circle into 3 equal parts).

Using the template and three marks, mark three points on the rear of the rocket and connect these points to the nose of the rocket.

Using the marked lines, start gluing the stabilizers.

3. To make a parachute canopy, prepare tissue paper. Its size should be 280x280 mm.

Bend the paper several times as shown in the image and cut. You have a dome.

4. Prepare slings from threads. There should be 8 lines of the same size in total.

For the right size, calculate 1.5 times the diameter of the parachute canopy and add the length of the rocket body to the resulting value.

Now you need to glue the lines to the canopy of the parachute. Paper patches will help you. After that, fold the parachute canopy so that the lines along with the patches are assembled one to the other.

From what and how to make a rocket with your own hands, our interesting and informative master classes will tell you, equipped with diagrams of parts and step by step description process. The scope for creativity here is very large, and work requires such simple and affordable items as paper, cardboard, plastic bottles, matches, foil and other improvised materials. The model can be exclusively souvenir and then used as a gift to someone from relatives and friends. Well, for the most inquisitive and creative, we have prepared lessons that describe the creation of a rocket that flies. It is also quite easy to do, however, the launch is permissible only in the open air and only if elementary safety rules are observed.

How to make a rocket with your own hands so that it flies - a simple master class for children

This simple and affordable master class will teach your child how to make a flying paper rocket with their own hands. To work, you will need a minimum of materials, but, nevertheless, in order for everything to work out as it should, you will have to show attention and accuracy. The smoother and clearer the fold lines are, the more aerodynamic the craft will be and the farther it can fly.

Necessary materials for making a flying rocket with your own hands

sheet of A4 paper
scissors
rubber bands for money

Step-by-step instructions on how to make a flying rocket with your own hands for children

Make a neat vertical fold in the center of the paper sheet, and then fold the top corners along it.
Then, at the corners adjacent to the center line, bend the halves and continue the fold lines on both sides to the very bottom of the sheet.
Bend the outer corners of the sheet inward so that the workpiece has a sharp nose.
Then fold the paper blank in half along the center fold line.
Fold each wing (half) in half again.
On the resulting triangle, make an oblique fold closer to the front bow.
Using scissors, make an incision along the fold, but not completely, but only on the outer folding part.
Expand the workpiece like a book, and fold in half the edges under the cut in half.
Fold the rocket clearly in half to make it very thin and narrow.
To launch a rocket, take two rubber bands for money and fold them as shown in the photo.
The loop created at one end is hooked onto the sharp protrusion of the rocket. Take the second one in your hand, pull the rocket to the maximum distance and release it so that it flies. Do not aim at the face, as the flight speed will be very high and the craft may injure the skin.

How to make a rocket out of cardboard with your own hands - parts diagrams and workflow

Following the recommendations of this master class, you can make a voluminous and beautiful themed toy- a space rocket made of cardboard and colored paper. The lesson includes not only detailed description And step by step photos, but also schemes by which it will be easy to cut out important small details.

Necessary materials for making a cardboard rocket with your own hands

colored paper set
one-sided colored cardboard
paper towel roll
scissors
stapler
ruler
pencil
PVA construction
satin ribbon in bright colors

Step-by-step instructions on how to make a space rocket out of cardboard and paper

Cut out a blank from a sheet of red colored paper with a semicircular top and a more even bottom.
Fold it into a cone and secure the junction of the edges with a stapler.
Cut the edges in a zigzag pattern so that the paper fits the base better in the future. Lubricate the cone inside with glue, put it on a cardboard sleeve from paper towels and press the edges well.
From a sheet of colored paper, cut out a fragment corresponding in length and height to the dimensions of the sleeve from paper towels. Lubricate the edge of this blank with glue, and then wrap it around the entire rocket body and carefully press it at the junction.
On a piece of cardboard, draw a diagram of the rocket nozzles with a simple pencil and cut it out with scissors. This will be the template.
According to the cardboard template, cut out 3-4 nozzles from colored paper in contrasting shades. Then from these fragments support will be obtained.
Mark the fold lines on the nozzles and draw with scissors so that they become visible and clear. Glue the parts to the bottom of the rocket body.
Cut out a few circles from dark paper and glue on the front of the rocket. These will be the windows.
Cut a few (3-6) small pieces from a bright satin braid, singe the edges on the fire so that the threads do not come out. Glue inside the tail of the rocket and hold for a while so that the glue has time to grab.
Place the finished rocket or lay it sideways on a flat surface.

How to make a rocket from a bottle so that it flies high - video

In this video clip, the authors - dad and son - tell how to make a rocket at home from plastic bottle. The work uses the most common materials that are always at hand. The whole process is shown in great detail, and the expediency of each action is clearly and easily explained. A special point that is emphasized is the safety of manufacturing and further launch, and this is extremely important for both adults and children.

How to make a space rocket with your own hands from paper at home

At home, from the most ordinary paper, you can make a real space rocket with your own hands. The work is not too difficult, but requires accuracy and attention. Children school age can easily cope with this task on their own, and the kids from kindergarten a little help from caregivers, parents, or older siblings will come in handy.

Necessary materials for a space rocket made of paper

paper
insulating tape
scissors
glue gun (or PVA glue)
empty plastic straw ballpoint pen

Step by step instructions for making paper rockets at home

From a sheet of paper, cut out two pieces of the same length and a width of approximately 5 centimeters.
Attach a small piece of electrical tape to one piece of paper and wrap the plastic tube from a ballpoint pen several times. Try to stretch the paper evenly so that it fits neatly around the plastic base. This will become the body of the future rocket.
Secure the edge of the paper with electrical tape so that it does not unfold in the future. Carefully cut off possible irregularities with clerical scissors.
Cut off a small piece of electrical tape and plug the rocket body with it on one side.
From the electrical tape, cut three pieces about 6-7 centimeters long. Fold each of them in half, but do not glue until the very end. Cut the edge at a 45 degree angle with scissors and attach to the tail of the rocket. These will be stabilizers.
Roll the remaining half of the paper into a cone shape and wrap it with electrical tape for strength.
Cut off a small piece from the nose of the rocket.
Fill the cone with adhesive solution ¾ and insert the clogged part of the rocket base into it. Hold the structure in such a position for some time so that the glue grabs and the parts become whole. Place the finished work on a flat surface or cardboard stand.

How to make a rocket from matches and foil - a master class

This easy and affordable tutorial explains how to make a match and foil rocket at home. The work requires the simplest materials, and the process itself takes just a few minutes. Then an impromptu aircraft can even be launched, however, it should be remembered that such events should be carried out only in the open air and, preferably, in the presence of adults.

Necessary materials for making a rocket from foil and matches

kitchen matches - 1 box
foil
paper clip (or wire)
needle (or safety pin)
scissors

Step-by-step instructions for a master class on creating a rocket from matches with your own hands

Lay out a sheet of foil on the table, cut out a small fragment of 5x10 centimeters from it and cut it out with scissors.
Place an ordinary match and a needle together so that the sharp tip of the needle is adjacent to the place where the match is covered with sulfur.
Then wrap the structure with a pre-prepared piece of foil from the edge where the sulfur is located. Act very carefully and carefully. Make sure that the head with sulfur is completely covered with foil and that air does not penetrate inside.
After all these operations, very carefully pull out the needle, being careful not to damage the integrity of the foil layer. As a result, a small hole is formed through which the gas created at the time of combustion can escape, and the rocket can be launched into flight.
For a stand at a strong and strong paper clip, bend the core to the side.
Fix the rocket on the stand and leave it in that position. If the work is purely souvenir in nature, it can be placed in a cupboard under glass or placed on a table (or on any other flat and reliable surface). When the plans include a launch, it should be remembered that it can only be carried out on the street in compliance with elementary safety rules.
To send it into flight, it is enough to place the rocket launcher on a flat surface, light another match and bring the fire to where the foil covers the sulfur.