Paper Rocket Parachute Deployment

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SUMMARY

The discussion focuses on deploying a parachute for a paper rocket launched using an air compressor at 60 psi during an AP Physics B event. Participants have constructed a paper rocket with a cylinder and cone nose, emphasizing the importance of parachute deployment timing for successful landing. Suggestions include creating a flap mechanism that remains closed during ascent and opens at the peak to deploy the parachute effectively. The use of materials such as paper, string, and plastic bags is highlighted for constructing the parachute system.

PREREQUISITES
  • Understanding of basic physics principles related to projectile motion
  • Familiarity with air pressure mechanics and its effects on flight
  • Knowledge of materials suitable for lightweight parachute construction
  • Experience with simple mechanical systems for deployment mechanisms
NEXT STEPS
  • Research the physics of projectile motion to calculate time to apex
  • Explore designs for parachute deployment mechanisms in model rocketry
  • Investigate materials and techniques for creating effective parachutes
  • Learn about testing and refining rocket designs for optimal performance
USEFUL FOR

Students participating in physics competitions, educators teaching principles of aerodynamics, and hobbyists interested in model rocketry and parachute design.

Boxlife27
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In AP Physics B, for our physics olympics, for one event, we are required to make a paper rocket that will be launched straight up in the air by an air compressor and pump. (60 psi)

We have already assembled the paper rocket, with one cylinder of paper, a cone paper nose, and a load of tape to ensure the top doesn't burst on launch.

My teacher warned that the winners and the losers always have parachutes, because either you nail it or you don't. (Parachute might deploy too early, too late, etc...)

How can I deploy a parachute when the rocket is at its peak point?

We have paper, string, plastic bags, and pretty much anything we can get our hands on.

Thank you, any help is very welcome.
 
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Boxlife27 said:
In AP Physics B, for our physics olympics, for one event, we are required to make a paper rocket that will be launched straight up in the air by an air compressor and pump. (60 psi)

We have already assembled the paper rocket, with one cylinder of paper, a cone paper nose, and a load of tape to ensure the top doesn't burst on launch.

My teacher warned that the winners and the losers always have parachutes, because either you nail it or you don't. (Parachute might deploy too early, too late, etc...)

How can I deploy a parachute when the rocket is at its peak point?

We have paper, string, plastic bags, and pretty much anything we can get our hands on.

Thank you, any help is very welcome.

What are your ideas so far? Do you know about how long it will take from launch to apex?
 
No, I don't know that, but I believe we will try something like this. http://youtu.be/EQM3NvbK1fE
Creating a flap that will remain closed on the way up and open and deploy the parachute at its peak... Opinions? Thanks
 
Due to the constant never ending supply of "cool stuff" happening in Aerospace these days I'm creating this thread to consolidate posts every time something new comes along. Please feel free to add random information if its relevant. So to start things off here is the SpaceX Dragon launch coming up shortly, I'll be following up afterwards to see how it all goes. :smile: https://blogs.nasa.gov/spacex/

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