Circular Bin-Liner Parachute Pictures

This shows the bin liner parachute inside the 'nose separates at apogee' nose cone, mounted on top of the 1½litre 'Egglofter' which is, in turn, sitting on top of the Copper Tube Launcher (which is still supported by the temporary 'swingball' base).

In this case, the drogue is tied to the nose cone which has a 1.5 metre line to one of the cords of the main chute.

The main chute is fastened to the rocket with a bottle top - see the 'nose separates at apogee' nose cone page for details.

This particular nose cone is parallel sided.

The nose has separated and the drogue is pulling the nose cone off the main chute.
The rocket and the nose cone float to the ground each held up by there own parachutes. They are still joined together - an important point for Science Olympiad contestants.

Note that day's ground crew running towards the landing site.

There was a light breeze that day and it is worth noting that even on the ground, a parachute has quite a pull (this one was making off with my rocket at just over walking speed) and it is a good idea to go after it and pull on one of the cords in order to stop it in its tracks.
This shows the challenge rocket with the bin liner parachute inside the 'nose separates at apogee' nose cone.

Unlike the rocket above, in this case, the drogue is not tied to the nose cone.

The main chute is fastened to the rocket with a bottle top - see the 'nose separates at apogee' nose cone page for details.

This particular nose cone is tapered.

Note that there is plenty of talcum powder in the nose cone.

The rocket and the nose cone decend separately.

Note the puff of talcum powder near the nose cone close to the bottom of the picture. It is worth putting some extra in just to see this.

Just after touch down. The drogue ended up less than a foot from the base of the launcher.

Back to the parachute page.

Back to the nose separates at apogee page.

Back to the challenge rocket page.

On to the 6 litre rocket . . .


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