CanSat Parafoil Design Resources

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In summary, the conversation is about a 1st year upper secondary student from Norway seeking help and documentation on how to calculate size and design for a CanSat parafoil that can hold a 300-350g payload. The student has found the task challenging and difficult and is looking for resources and equations to assist in the design process. Some suggested resources include equations for parachute design and a numerical analysis.
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CanSat parafoil (300-350g payload) design help
Hi!
Do anyone have any help or documentation how to calculate size, design, etc. For a CanSat parafoil which would hold 300-350g payload?

So far I've seen this is quite difficoult (for me at least) to calculate and make. Thanks in advance!

Posted by a 1st year upper secundary student in Norway
 
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Here are some equations for parachute design: https://www.grc.nasa.gov/www/k-12/VirtualAero/BottleRocket/airplane/rktvrecv.html

You could also perform a numerical analysis, like this one here:
parachute.JPG

Image source: http://www.dhondt.de/
 
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Daddahu said:
Summary:: CanSat parafoil (300-350g payload) design help

Hi!
Do anyone have any help or documentation how to calculate size, design, etc. For a CanSat parafoil which would hold 300-350g payload?

So far I've seen this is quite difficoult (for me at least) to calculate and make.Thanks in advance!

Posted by a 1st year upper secundary student in Norway
Interesting project! ✅

I have found these, which may help you a little:
http://esamultimedia.esa.int/docs/edu/T10_Parachute_Design.pdf

http://laboratoridenvol.com/paragliderdesign/index.html

https://www.instructables.com/Sewing-a-Mini-Paraglider/

:cool:
 
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Related to CanSat Parafoil Design Resources

1. How does CanSat parafoil design help in scientific research?

CanSat parafoil design helps in scientific research by providing a cost-effective and efficient way to collect data from the atmosphere. The small size and lightweight nature of CanSats make them ideal for launching into the atmosphere and collecting data from different altitudes.

2. What are the advantages of using CanSat parafoil design?

The advantages of using CanSat parafoil design include its compact size, low cost, and ease of deployment. CanSats also have the ability to collect data from different altitudes, providing a more comprehensive understanding of atmospheric conditions.

3. How does CanSat parafoil design compare to other methods of collecting atmospheric data?

Compared to other methods of collecting atmospheric data, CanSat parafoil design is relatively inexpensive and can be easily launched and retrieved. CanSats also have the advantage of being able to collect data from different altitudes, providing a more complete picture of atmospheric conditions.

4. What types of data can be collected using CanSat parafoil design?

CanSat parafoil design can collect various types of data, including temperature, pressure, humidity, wind speed, and altitude. Some CanSats also have the capability to collect images and videos.

5. What are some potential applications of CanSat parafoil design?

CanSat parafoil design has a wide range of potential applications in scientific research, including weather forecasting, air quality monitoring, and studying atmospheric phenomena. CanSats can also be used in educational settings to teach students about atmospheric science and data collection.

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