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Aeronautics Explorer Post 630

Aeronautics Explorer Post 630. 2011. Lets get started!!!. THEORY DESIGN/ IMPLEMENT TEST/CONFIRM. Team Work!!!!. Each person was put into individual groups to work on different components of the rocket The groups were Vehicles Payload Glider. Fun on the run. EGG DROP!!!.

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Aeronautics Explorer Post 630

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  1. Aeronautics Explorer Post 630 2011

  2. Lets get started!!! • THEORY • DESIGN/ IMPLEMENT • TEST/CONFIRM

  3. Team Work!!!! • Each person was put into individual groups to work on different components of the rocket • The groups were • Vehicles • Payload • Glider

  4. Fun on the run

  5. EGG DROP!!! • DESIGNED, BUILT, AND TESTED EGG DROP SAFETY DEVICES

  6. Astronaut • Mike Foreman

  7. WIND Tunnel VISIT

  8. THE hanger visit

  9. Model rocket project

  10. It’s electric!!! • Electronics package • Battery • Radio Transmitter • GPS Locater • Camera • Pitot tubes • Thermo Coupling Temperature Gauge

  11. Take Flight! • Glider • Total Surface Area: 23.65623 square inches

  12. Design & Analyze & BuILD

  13. Engine Required • Engine Size: F20-4W (EXX-7) • Mass: 140 grams • Impulse: 60.45 N(s)

  14. Detailed Mass Info. • Nose Cone: 81 grams • Payload: 264.4 grams • Booster: 140 grams

  15. Performance Predictions • The velocity of the rocket will be 76.68 m/s • The impulse will be 44.47 N(s) • The goal is to get the rocket 300 meters in the air

  16. All systems go!

  17. Conclusion • In conclusion this program has taught the post members to work as a team. • It was quite an experience to be able to learn about the mechanics that go into designing and building a rocket and theaeronautical concepts that goes into it.

  18. Thank You!!! • Special thanks to: • Jinho Lee • Justin Gray • Jen klettlinger • Tom Benson • Mike Foreman • Giovanna E. Mignosa

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