Preprint / Version 1

Model Rocketry and How it Coincides with Rocket/Aerospace Engineering at Large

##article.authors##

  • Samantha Hill Maine South High School

DOI:

https://doi.org/10.58445/rars.1367

Keywords:

Model Rocketry, Aerospace, Engineering

Abstract

Model rocketry is not only an enjoyable activity for many but also represents a valuable teaching tool for new rocketeers. Although model rockets are significantly smaller than rockets sent to outer space, one can still observe the crucial math needed to construct and fly these complex vehicles. The underlying math is exemplified through the ideal rocket equation. This equation helps to demonstrate many aspects of a rocket’s flight and can strongly aid in choosing engines and other structural components. This paper will delve into the process of utilizing this equation for amateurs who may not be familiar with the mathematical side of hobby rocketry and develop a true experiment with the application of this math. This experiment equips the  Estes Mix-N-Match 55 model rocket to demonstrate the advantages of a multistage rocket and the importance of the rocket’s engine. Ideally, experiments similar to the one discussed in this paper will inspire future generations of rocket engineers to continue this work throughout larger situations. Model rocketry is an exciting way to interest both adolescents and adults alike in the complexities of rocket engineering.

References

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Wiesel, W. E. (2010). Spaceflight dynamics (3rd ed.). Aphelion Press.

Dasilva, M. (2023, November 20). Mass ratios (N. Hall, Ed.). NASA. https://www1.grc.nasa.gov/beginners-guide-to-aeronautics/mass-ratios/

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Posted

2024-07-27

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