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Pre-Flight Briefing ANSR-78

Pre-Flight Briefing ANSR-78. Team Members. Pima Community College 11/23/13. Roger Page Alex Grebenchtchikov. Robert Hendrickson Ling Bin Lu Levi Kerns. Payload 1 Design Process. Spacious while remaining light Include at least two different sensors Extra space for insulation

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Pre-Flight Briefing ANSR-78

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  1. Pre-Flight Briefing ANSR-78 Team Members • Pima Community College • 11/23/13 • Roger Page • Alex Grebenchtchikov • Robert Hendrickson • Ling Bin Lu • Levi Kerns

  2. Payload 1 Design Process • Spacious while remaining light • Include at least two different sensors • Extra space for insulation • Reduce unnecessary weight from the components • Test all sensors • Test pod and electronics at -50°C

  3. Payload 1 Structure • A simple box shape with plenty of room A large volume while remaining light Leaves plenty of room for insulation

  4. Payload 1 Data Inputs • Temperature: One sensor on the inside • Relative Humidity: one sensor on the outside

  5. Payload 2 Motivation: Side-View Cross Section • Launch a self-contained, self-powered video recording device • Maintain minimum payload rotation by expanding on the use of bearings that were successfully used by the 2012 PCC team • Minimize Weight • View Angle • Maintain safe operational temperature for the iPod Styrofoam Polyester Winter Pants Aluminum Rod Carbon Fiber Fish-Eye Lens Temperature Recording Unit iPod Touch 5th Generation

  6. Payload 2 Design Benefits Model B Model A • Better Structural Integrity • Hemispherical "Bullet Shape • Balanced Rotation • Cylindrical Shape

  7. Payload 2 Testing Results Model A Chosen: • Properly counter-balanced bearing rotation • Stronger Impact Resistance • Higher Resistance to Cold Temperature

  8. Payload 2 Final Product

  9. Acknowledgements • Special thanks to the following: • Jack Crabtree and ANSR • Susan Brew and NASA Space Grant • Mike Sampogna • Dr. Denise Meeks

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