2. Superloki Rocket

3. Project Definition  Design and build a payload for a rocket that will be entertaining to high school children participating in the “Rockets for Schools” program.

4. Project Goals  Relay video from the payload of the rocket as it descends from an altitude of 185,000ft.  Slow down the descent of the payload, in order to obtain more information than on prior launches.

5. Realizing Real-Time Pictures  Three Possible Options:  Analog Video  Digital Still Images  Digital Video

6. Analog Video  SSTV (Slow Scan Television) –Defined Software  A/D Conversion –Microcontroller –External RAM Needed –User Defined Protocol  Physical Size Issues

7. Hardware Schematic

8. Software Flow Chart

9. Parachute Design  Parachute Development  Mylar

10. Design Constraints  Weight (1.5 pound maximum)  Size (1.2 inch diameter by 12 inches)  Power Consumption (1 Watt maximum)  Pressure, G-Forces, and Temperature  Parachute Issues –Stress Test on Cords –Light and Durable –Enclosed Volume

11. Future Work

12. Superloki Rocket  Team Members : –Jesse Fairchild –Eric Trewnick –Matthew Rench (Project Manager) –Adrian Roberts  Sponsor : –Dr. Brian Suits (Physics Dept)  Advisor : –Dr. A.B. Kunz