How to stack planes that are particularly far away, and how to stack planes that fly far

When folding paper airplanes, it is not the shape of your stacking that determines the effect of the plane you fly, but that either one can fly far, and you should fold it more smoothly at other times.

If you want the plane to fly very far, then your paper should first choose a lighter and thinner one, and then fold the chicken wings to be larger.

Particularly far away airplane phosphorus, here refers to paper airplanes? If it's a paper airplane, you can put his head straight so he might fly a little farther.

If you want other planes to fly, you want to fly other planes very far, so you have to hold the fuselage for a long time.

Big. Teach you how to make gliding, stable paper airplanes that fly the farthest away, and it's not hard to do.

The paper airplane folding step that flies the farthest.

The paper airplane folding step that flies the farthest.

The paper airplane folding step that flies the farthest.

1.Start by preparing a sheet of crease-free A4 printer paper. (To save paper, I used a small) paper airplane folding step that flies the farthest.

The paper airplane folding step that flies the farthest.

2.Fold. The paper airplane folding step that flies the farthest.

The paper airplane folding step that flies the farthest.

The paper airplane folding step that flies the farthest.

The paper airplane folding step that flies the farthest.

The farthest paper airplane folding.

The paper airplane folding step that flies the farthest.

The paper airplane folding step that flies the farthest.

4.Open it. The paper airplane folding step that flies the farthest.

The paper airplane folding step that flies the farthest.

The paper airplane folding step that flies the farthest.

The paper airplane folding step that flies the farthest.

6.Fold two more corners.

The paper airplane folding step that flies the farthest.

The paper airplane folding step that flies the farthest.

7.Turn the triangle upside down.

The paper airplane folding step that flies the farthest.

The paper airplane folding step that flies the farthest.

8.Fold back to the side.

The paper airplane folding step that flies the farthest.

The paper airplane folding step that flies the farthest.

9.Fold out two more wings. (Probably the place where you hold it.)

The paper airplane folding step that flies the farthest.

The paper airplane folding step that flies the farthest.

10.Fold two fixed wind wings on the left and right sides of the aircraft wing. 90 degrees perpendicular to the wing.

The paper airplane folding step that flies the farthest.

The paper airplane folding step that flies the farthest.

11.That's it!

The paper airplane folding step that flies the farthest.

The paper airplane folding step that flies the farthest.

Precautions. The two fixed wings must be perpendicular to the wing at 90 degrees, and do not get wet or torn.

According to the rules of the competition, all aircraft models must be made of a sheet of A4 paper, the maximum weight of which is 100 grams per square meter; Adhesive tape is allowed, but the total quantity must not exceed 3 cm x cm. The design of the "Avenger" undoubtedly offends some purists who adhere to traditional design. These people advocate the use of no tape and reinforcements, and no cutting of paper.

Peter, who has been designing paper airplanes for 15 years. "An airplane is made entirely of paper, and it should not be made of any other material, let alone cut in any way," Carnsmann said.

According to some flight experts, to ensure a smooth flight of paper airplanes, the following principles should be observed:

The heavy nose design ensures flight stability, and the nose is fixed with a paper clip to allow the aircraft to fly farther.

If the nose of the aircraft is too heavy, adjust the tail end of the wing and fold it slightly upward.

The center of gravity should be positioned in front of the plane to prevent the aircraft from swaying.

The wing angle should be upward, and the aircraft should be in a "Y" shape when viewed from the front.

Winglets at the tip of the wing help reduce flight drag.

Look down at the front end of the aircraft, check for symmetry, and refold if necessary; Completely asymmetrical will not achieve a smooth flight.

Patience and tweaking are more important than fundamentally changing the basic design.

The plane folds and flies far method:

Material: 1 sheet of A4 paper.

1. Fold A4 paper in half.

2. Fold one corner, and the other corner is also folded.

3. Then fold the two corners inward.

4. Then fold it back to the opposite side.

5. Fold out two small corners and open them.

6. Then flip the triangle up.

7. Finally, fold in half and fold out the wings.

The farthest flying paper airplane in the world is folded as follows:

1. First of all, prepare a piece of A4 paper.

2. Fold the paper vertically in half.

3. After folding in half, fold the two corners.

4. Open the paper.

5. Fold it after carrying the slag.

6. After folding, fold two corners along the middle line.

7. Then fold the triangle below.

8. Fold in half along the midline.

9. Fold out two wings.

10. Fold a fixed wind wing on the left and right wings respectively, and the fixed wind wing is perpendicular to the wing, and the farthest flying paper airplane is completed.

Centered the A4 paper on the top left corner. Fold in half along the left side, open it, and fold it in half along the right side with the upper right corner as the center. Then open them all, fold the open A4 paper in half along the first folded line, fold the upper right corner in half along this edge, and then open it, and fold it in half with the second fold as the edge.

Fold the upper-left corner in half along the second polyline in the same way. Then the triangle formed by folding both sides in half is the support point, the upper edge is folded in parallel to the lower edge, and then the second half is folded again, and the A4 paper after folding in half is folded inward with the center line of the regular triangle produced by the half fold as the center line.

Then the two sides of the folded A4 paper are overlapped on the center line, and then the folded wings and the fuselage of Sun Yinhe produced by the center line are corrected by less than 100°.

The stacking of wheels that fly far like airplanes is as follows:

Material: One sheet of A4 printer paper.

1. First of all, prepare a piece of A4 printer paper without creases.

2. Then fold in half.

<>4. Fold and open it.

<>6. Fold two more corners.

7. Turn the triangle up.

8. Fold backwards to the side.

9. Fold out the two wings of the airplane, and hold them in your hand.

10. Fold two fixed wind wings on the left and right sides of the wing, 90 degrees perpendicular to the wing.

11. Done.

If you want to fold the farthest paper airplane, you need to consider 4 factors: paper. The weight of paper is measured in reams, and 1 ream is 500 sheets of paper.

The average weight of printer paper per knife in the United States is 20 24 pounds, about 10 kilograms. According to Guinness World Records, 100 grams per square meter, or about pounds (12 kilograms) of paper, are allowed.

The flight distance of a paper airplane is directly proportional to the weight of the paper. Usually A4 size paper is heavier. The current record of the farthest flight of the paper airplane was designed by John Collins, who says it would be better to use paper with a copy of Rahman on it.

The reason is that during the copying process, the heat inside the photocopier makes the paper hard, and in addition to this, the ink used for copying is not ink in the usual sense, but a layer of tiny plastic particles. The combination of the two makes paper more suitable for origami.

However, this does not mean that you can use the waste paper discarded in the copy room, especially the printing paper, because the printed ink penetrates into the fibers of the paper, which will destroy the fibers of the paper and cause the texture of the paper to change.

Air buoyancy and center. No matter what kind of paper airplane, there are 2 main force effects that need to be taken into account when flying: air buoyancy and drag.

If you want the paper airplane to fly farther, you need to make sure that the air buoyancy of the paper airplane is greater than the drag experienced during the flight. The faster the speed of the paper airplane, the greater the buoyancy of the air and the more drag it counteracts, so that the paper airplane will fly farther.

Generally, the tail of the paper airplane will be slightly bent upward, and on the premise of ensuring the speed, the air turbulence at the tail of the paper airplane will produce downforce to make the tail downward and lift the nose, so that the paper airplane will fly farther. In addition to this, the wings are bent upwards, which is called the upper reverse angle, which helps the paper airplane correct its attitude during flight and keep it flying smoothly in the air.

The key to flying the farthest is to pay attention to folding techniques and use suitable paper for repatriation. Here are some suggestions:

1.Choose the right paper: Choose lightweight, soft, smooth A4 paper or origami paper that specializes in filial piety. Lighter paper can reduce the weight of the aircraft and increase its flight speed and distance.

2.Proper folding techniques: Proper folding techniques can make paper airplanes more stable and balanced, and thus fly farther. For example, gather the front and top of the aircraft to get upward lift; Trimming and fine-tuning are carried out on the tail of the aircraft to achieve stability and dynamics, among other things.

3.Use your physical abilities: When stacking an airplane, you need to use the correct finger and arm movements, and use the wrists, arms, and firing steps to exert power.

It is necessary to maintain a clear mind and a relaxed body posture, as well as to master the appropriate timing and speed to achieve better flight results.

Please note that no matter what you do, you need to put safety first, making sure you don't cause harm to your surroundings and others.

The fold of the plane that flies far is as follows:

1. First of all, you need to find an A4 size origami. Fold it in half along the long side, then fold the left and right upper corners along the middle line.

2. Then, continue to fold down the upper left and right corners along the middle line.

3. Fold the top and bottom in half so that the tip of the triangle is aligned with the midpoint at the end.

4. Next, like the figure below, fold the bottom of the triangle a little up.

5. Then go on both sides, then put the triangle down and move it to the opposite direction.

6. Fold up and down in half along the middle line.

7. Fold down on both sides to become the one in the picture.

8. At the bottom of the flying spine socks, fold a short section. Sakura.

9. On the other hand, a paper airplane with complex advantages is ready, and it can fly far, far away!

10. A complex paper airplane is ready.

First fold a rectangular piece of origami in half along the midline, then fold the two bottom corners into a triangle along the midline, then fold the folded triangle inward, then fold the two bottom corners in half along the midline, then fold the top corners down, and finally make the two wings of the airplane.

Paper airplanes that fly farther: Susan paper airplanes - the farthest paper airplanes in the world Designer: John Collins John Collins Profile:

The farthest flying meter, breaking the world record, is the farthest flying paper airplane in the world, it is worth mentioning that this world record is a game played in an indoor windless place, and it is thrown by a rugby player Mr. Joayoob, it may not fly that far in the hands of ordinary people, but in most airplane folding it can be called the king of paper airplanes!

1. First place the paper in a vertical direction and fold it left and right in half to create a fold mark in the middle of the paper.

2. Open the fold in half, and fold the upper left and upper right corners to the crease in the middle.

3. Fold left and right according to the previous middle fold.

4. The next step is the most important step, which is the part of folding the wings.

5. The paper is still placed in the vertical direction, and the paper on both sides of the blunt end (below) is folded outward instead of inward.

6. A traditional and simple paper airplane is complete.

Origami airplanes are a technical activity, and various countries have special organizations that are studying how to make paper airplanes stay empty for longer. It should be noted that the paper airplane mentioned here cannot be helped by external forces such as glue or scissors, and can only be folded by physical means.

The highest and farthest ridge flyer is folded as follows:

1. Take a rectangular piece of red cardboard, fold it in half on both sides and open it.

2. Fold the top two corners to the middle crease, turn them over, and fold them in half again.

3. Take out the corners that are folded inside, and then fold the upper corners in half.

4. Fold a part upwards.

5. Fold both sides in half.

6, Bi Yeqi tidied up a little, and a simple and far-flying paper airplane was folded.

Paper airplanes should be thrown horizontally. If you throw it upward, although the paper airplane will climb along the angle of attack at the beginning, because the paper airplane itself has no engine, it will have no power sooner or later, and it will stall and plant down after the inertia disappears.

In order to maintain the balance of the fuselage, when folding the airplane, the wings can be slightly folded upwards and the tail tilted upwards a little, so that during the flight, the air will have a downward thrust on the paper airplane, and then it can fly more smoothly.

Steps:

Take white paper, black paper, newspaper, toilet paper, no matter what kind of paper it is, as long as it is rectangular paper, the paper can be a little harder and thinner, so that you can fold out the plane to achieve a better flight effect, the ratio of 6:8 or 6:10 is better.

Fold the short side of the paper toward the middle line and fold each side separately. Cover the folded part.

Stack the two triangular edges that have been folded again as shown in the following figure. The key in the middle is to leave a corner of 1-2 cm, so that it is easy to cover and press the two sides that you just folded. Flip the small corners that have been pressed over from the middle line and flatten them like the picture.

Fold the sides back by tilting them 30°. Note that the hole is the place where the pressure is intermittent, and the place needs to be left to be old and trembling out of such a small corner, after molding, that position will be the nose of the aircraft, the most critical part.

The paper airplane is now in its final form. Place the folded airplane like Figure 9, and then sort out the various creases of the airplane, the creases of the wings of the airplane are different from other creases of 180°, which are 90° vertical, so that the wings of the airplane can stand up!