1. Panoramic Rays Final Presentation
Matt Capron, Kaia Jerde, Brett Traub, Harrison McLean, Anirudh Sarsam, Brian Gonzales
4 Dec 07

2. Mission Overview Objectives
Measure solar intensity with varying altitude using solar cell output.
Measure internal and external temperature of satellite
Take a two simultaneous pictures to splice together a panoramic picture.

3. RFP and Final Design Complied with
Included solar cells; logged with HOBO
Still attempted to take Panoramic Picture

4. RFP and Final Design (cont.)
RFP Changes
Switched to 2 HP cameras
New Structure design instead of original cube
Greater mass; still under 800g
Less budget required
Changed solar cell circuit
Series & resistors added

5. Mass/Budget Summary
Mass
Budget
Final Budget: $46.00
Final Mass: 799 g

6. Launch Data

7. Internal Temperature and RH

8. Voltage

9. Post Tests Test # Temperature Internal Temperature
External Temperature Probe
Voltage Cable
warm
yes no 1
cold 2 3 4 5 6
warm-cold 7

10. Post Test 01

11. Post Test 03

12. Full Flight Test

13. Cold Test

14. Post Test 04

15. R-squared for different data sets with voltage related to external temperature (v=f(T))
Cold Test
0.0221
Final Test
0.3600
Flight
0.9588
Post 04
0.9589
Post 05
0.6757

16. Pictures Pre-Flight (Sealed)

17. Pictures Post-Flight

18. Conclusions Unfortunately The good
No panoramic pictures taken on flight
No accurate and useable data recorded
The good
Learned what went wrong, and when.
Brushed up on troubleshooting & analyzing skills
Still very confident in being able to produce panoramic images.

19. Lessons Learned
Learned that we needed to check cameras more thoroughly.
Make sure camera settings were exactly the same
Make sure camera flashes were off.
Do more isolated tests for each subsystem
Do more HOBO tests in regards to voltage & temperature recording

20. Ready for Flight Ready to fly again
Reattached solar panels to outside of structure
Replaced Batteries
Changed camera settings -> no standby, identical settings
Replace HOBO (if we were to fly again)
New temperature sensor