Today we will tell you how rockets are made.out of paper with your own hands. Schemes of such aircraft will be described in detail below. Sometimes there is an urgent need to do something extraordinary and funny, without resorting to the dreary and costly ways of spending time. Especially such a burning desire arises when their own children, who are restless, groan and languish from boredom. Here, in a similar situation, skill in handicraft conditions to pile a miraculous toy will be very useful in order for the fun in your house to turn up the key. And if specifically, we will help paper models of rockets. There are quite a few ways to construct a “star pegasus” for yourself, so now we will introduce you to the current situation and show you what to do.
The first way
Attach stabilizers to the rocket usingsmall pieces of duct tape. They should be attached at equal distances around the base of the spacecraft. Now we take in hand the remaining piece of the sheet and give the appearance of a cone, which is perfectly suited to the body. Cut as unnecessary part of the nasal segment of the rocket. Wrap the cone with electrical tape so that it is properly ready for long flights. Especially be careful with the tip of the nasal fragment. Approximately ¾ press the glue into the cone. Place the rocket body in the cone with a corked part. Wait for a while, until the parts get a good fit. It is finished - a means of fun made. It remains only to launch it, for which you simply need to insert the tube from the handle into its body, hold it and blow as much as possible.
Cardboard
A bowl
These missile models are a great solution forbona fide parents who want to spur the development of imagination in their child. As a basis the one-time deep bowl is useful. Make a foil cylinder to pile a rocket out of it, relying on the first method of creation. Get some paper and make a straw out of it. Then make a hole in the bowl, the diameter of which is equal to or slightly higher than that of the tube. We thread through the hole in the paper tube, securing with adhesive tape for greater durability of the structure. Things are easy: just put on the rocket, created by the first method, on the tube and strongly blow so that the device soars.
Cigarette paper
Next in the queue we have - quite easyrockets models. For the next craft, the hull and stabilizers are made of colored paper, and the parachute, which serves as the main help for the descent, is created from tissue paper. Find the leaf size 177 x 250 mm and transform it into a simple cone. In order to make things easier, it is better to stretch the paper between the table and the ruler. Lip the cone edge with glue and fasten. It is better to tinker over the template for the base of the cone, as it is very useful when trimming the rocket body. We put the template on the cone, mark with a pencil a line, then get rid of excess scissors. Now it's up to stabilizers. We need 3 sheets of 8 x 17 mm thick and colored paper. Each sheet is broken in half lengthwise and superimposed on each template. We draw around the dotted line, on which we cut out the stabilizers.
Stabilize the edges of the stabilizers and connectthem thanks to the bonding properties of glue. These stabilizers will endow missiles with stability during flight. On the above-mentioned pattern, we mark 3 points. At the expense of the template and pencil marks we make points on the stern segment of the rocket, and then we connect them to the rocket nose. Fasten stabilizers, based on their own notation. It is time to do a parachute dome.
Remember the tissue paper.The main thing is that its size was 280 x 280 mm. By simple manipulations create a dome. Further we make loops from threads. Need 8 equal in size blanks. Here it will be better to calculate carefully: we calculate 1.5 lengths of the diameter of the parachute canopy and add the length of the missile body to the resulting number. Fasten the loop to the dome. For this it is better to enlist the help of paper patches. Carefully and delicately fold the dome. All the slings involved are squeezed into the rocket body - it is best to wield a small hook in this process. We fix the second knot on the rocket nose, this time using a thread with a needle. We push the parachute into the aft segment of the rocket. The flying device is complete and ready for operation.