Paper plane tube

Do you stink at making a decent paper airplane?

Fold over about 1 inch of the rubber tubing and wrap it tight with a piece of wire. Twist the wire tight with the pliers and as doing so, form a loop about 1 inch in diameter in the wire. Attach one end of the ribbon to the other end of the rubber tub with a piece of wire. Twist the wire tight. Slip the wire loop over the screw shaft of the C-clamp. Tighten the clamp to the end of a table.

Paper plane tube

The Tube doesn't look like much, but it can certainly fly! It spins as it flies. It gets its directional stability from how quickly that it's spinning. But more importantly, that's how it derives its lift, from how fast it's spinning. The special boundary layer effect, the little gobs of air gets stuck in all the tiny imperfections, microscopic imperfections in the surface of this plain, and the faster it spins, the more it can interact with the surrounding air and develop lift. The upshot is as it's spinning this way, it can shove enough air off of that side and lift it up like that, so because it's moving forward through the air like that. So very interesting aircraft. Round paper airplane. The center of gravity is right there. It's not even in not even touching the plane. It's in the middle of all that. Center of gravity in the middle, boop, thin air. I'm gonna start with the long side up.

Lay the tube and ribbon across the table. Why not?

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The Tube doesn't look like much, but it can certainly fly! It spins as it flies. It gets its directional stability from how quickly that it's spinning. But more importantly, that's how it derives its lift, from how fast it's spinning. The special boundary layer effect, the little gobs of air gets stuck in all the tiny imperfections, microscopic imperfections in the surface of this plain, and the faster it spins, the more it can interact with the surrounding air and develop lift. The upshot is as it's spinning this way, it can shove enough air off of that side and lift it up like that, so because it's moving forward through the air like that. So very interesting aircraft. Round paper airplane. The center of gravity is right there.

Paper plane tube

Do you stink at making a decent paper airplane? So break the mold and follow this Instructable to make an awesome flying tube! This design was supposedly created by world-record paper airplane thrower John Collins. It's easy and only requires a single sheet of paper.

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Only the last fold. What do you think would happen if the paper tube were rotated in the opposite direction as it moved forward? The Tube doesn't look like much, but it can certainly fly! And one more time, we're gonna fold the layered part in half. It's the tube. Rubbing against the layered part right over the corner of the table. And just, just a moment like that. And so that's a good way to learn how to throw this guy and you can give it a fairly hard toss. You can leave that open if you want. Hide Up Next. Below the tube, the air being dragged around the tube and the air flowing under it are traveling in opposite directions.

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The Tube doesn't look like much, but it can certainly fly! Try to control those layers. There's your tube. On the top of the tube, the air being dragged around with the tube and the air flowing over the tube are traveling in the same direction. You can see all the layering right there. Start by throwing it like this and just giving it some backspin. Sometimes it gets caught in the wind. So break the mold and follow this Instructable to make an awesome flying tube! Bend the folded part of the paper, with the folded part on the inside. Let's flip it over. Where the layers overlap, where you put it one inside the other and push it down right there. Look at that. Below the tube, the air being dragged around the tube and the air flowing under it are traveling in opposite directions. Attach one end of the ribbon to the other end of the rubber tub with a piece of wire.