1. Team Space Jam Launch Readiness Review Paul Guerrie, Ben Azlein, Megan Scheele, Bridget Chase, Shane Meikle, Taylor King, & Jamie Usherwood November 2, 2010 Fall 2010 Rev D 11-30-10

2. Mission Overview The main mission of Project Monstar shall be to build a satellite that ascends to an altitude of 30km following the RFP. Project Monstar will test the use of a servo as a means of rotating a camera in the y plane, while the balloonsat naturally rotates in the x plane. The secondary mission of Project Monstar shall be to take pictures 360 degrees, to prove the use of the mechanical system. Project Monstar shall also record attitude of the camera with the use of a digital compass. It will also measure internal humidity, internal and external temperature of the balloonsat. Hypothesis We hypothesize that our mechanical system will operate by fully rotating 360 degrees in the y plane, as the balloonsat ascends to a height of 30 kilometers. We believe that the ability to make a panoramic picture will prove the successful use of our design.

3. Design Overview

4. Digital Compass – The digital compass took readings off the balloonsat’s attitude throughout the entirety of the flight. HOBO – The hobo took readings of internal and external temperature and internal humidity. Tilt Servo – The servo tilted the camera back and forth on a vertical axis to take measurements on that entire plane. Camera – Our camera was designed to take HD video instead of pictures for a portion of a flight so we could take stills of the video to form a panoramic picture.

5. Changes From Proposal Removed solar panels Removed Barometer Added 16 GB of memory to camera Camera was mounted with metal bracket instead of rods. Increased width by 3 cm Only used one servo instead of two

6. Functional Block Diagram 2 AA BatteriesSwitch 1Camera16 GB Memory 3 9V BatteriesSwitch 2Heater Batteries (18V) Switch 3 Arduino Pro Servos Digital Compass HOBO External Temp Internal Temp Humidity

7. Results and Analysis The few components of our balloonsat that actually functioned properly were the HOBO and the digital compass The HOBO accurately recorded the internal and external temperatures and internal humidity (Even though temperatures weren’t what we wanted) The digital compass correctly took recordings of the current heading of the balloonsat during flight.

8. Internal Temp.

9. External Temp.

10. Humidity

11. Digital Compass Data Current heading: 170.7 degrees Current heading: 17.4 degrees Current heading: 2.7 degrees Current heading: 2.6 degrees Current heading: 0.0 degrees Current heading: 322.5 degrees Current heading: 246.8 degrees Current heading: 304.4 degrees Current heading: 0.0 degrees Current heading: 13.0 degrees Current heading: 12.7 degrees Current heading: 12.9 degrees Current heading: 2.6 degrees Current heading: 40.6 degrees Current heading: 0.6 degrees Current heading: 268.4 degrees Current heading: 327.1 degrees Current heading: 24.7 degrees Current heading: 1.7 degrees Current heading: 2.2 degrees Current heading: 1.6 degrees Current heading: 25.4 degrees Current heading: 44.5 degrees Current heading: 86.4 degrees Current heading: 17.6 degrees Current heading: 35.5 degrees Current heading: 63.7 degrees Current heading: 0.0 degrees Current heading: 0.2 degrees Current heading: 0.4 degrees Current heading: 225.8 degrees Current heading: 76.0 degrees Current heading: 185.3 degrees Current heading: 282.1 degrees Current heading: 310.5 degrees Current heading: 259.4 degrees Current heading: 276.0 degrees Current heading: 185.9 degrees Current heading: 172.6 degrees Current heading: 131.8 degrees Current heading: 130.8 degrees Current heading: 103.6 degrees Current heading: 259.0 degrees Current heading: 82.0 degrees Current heading: 118.2 degrees Current heading: 105.9 degrees Current heading: 0.1 degrees Current heading: 2.3 degrees Current heading: 130.9 degrees Current heading: 81.6 degrees Current heading: 0.0 degrees Current heading: 170.7 degrees Current heading: 17.6 degrees Current heading: 2.7 degrees Current heading: 2.6 degrees Current heading: 0.0 degrees Current heading: 322.5 degrees Current heading: 81.7 degrees Current heading: 309.6 degrees Current heading: 0.0 degrees Current heading: 13.0 degrees Current heading: 12.7 degrees Current heading: 12.9 degrees Current heading: 2.6 degrees Current heading: 40.6 degrees Current heading: 0.6 degrees Current heading: 268.4 degrees Current heading: 43.4 degrees Current heading: 24.7 degrees Current heading: 1.6 degrees Current heading: 2.2 degrees Current heading: 1.6 degrees Current heading: 25.2 degrees Current heading: 44.1 degrees Current heading: 86.6 degrees

12. Failure Analysis Camera failure: upon review, the camera had no videos and when the card loaded into the computer, only one partition appeared (opposed to two) -possible reformatting of the card due to cold -possible that the card didn’t run it’s intended program due to cold Servo was stopped on landing most likely due to cold during the flight

13. Conclusion Start heater sooner Preform more preflight testing that could simulate real world conditions –Camera programming –Better initial temperature conditions Improve insulation and temperature control

16. Requirements Flow Down

17. Level One Requirements

18. Subsystem Requirements

19. Mass and Cost Summary ItemMass (g) HOBO30 Canon A570IS Digital Camera200 Heater System with Batteries145 Servo Motor40 Digital Compass5 Switches10 (each) 30 (total) Structure Weight50 Micro Controller 18 Micro Controller 27 Metal Bracket and Bolts100 Batteries for Micro Controllers90 Flight Tube20 Wires11 Total~736 ItemQuantity (Original ) Price (Original) Company (Original ) Quantity (Final) Price (Final) Company (Final) Camera1Provided 1 HOBO1Provided 1 2 GB Memory Card1Provided N/A 16 GB Memory Card N/A 1DonatedProfessor Koehler Heater1Provided 1 Batteries10Bought by team 10 Bought by team Foam Core (140mm x 140mm x 10mm) 1 SheetProvided 1 SheetProvided Solar Panels6$2.65 (each) $15.90 (total) Silicon Solar 12 (not needed, donated to Space Grant $31.80Silicon Solar Servo Motor(s)2DonatedITLL Shop1$25SparkFun Switches3$4 (each)Radio Shack 3DonatedITLL Shop Digital Compass1$150SparkFun1$150SparkFun Barometer1$40SparkFunN/A StyrofoamRecycled N/A Aluminum TapeProvided InsulationProvided Micro ControllersN/A 2$29.95 & $19.95 $49.87 (total) SparkFun Metal BracketN/A 1DonatedMr. Azlein Total$236.80$256.67

20. Lessons Learned We would have improved our design to make it more temperature effective so our components wouldn’t have failed. In order to obtain different results, we could have done a better job of insulating the balloonsat, and we could have taken better prior preparations to make our satellite work correctly.

21. Ready to Fly Again Our balloonsat should be stored in a room at a relatively warm temperature and average atmospheric pressure, right side up. Activation: 1.Turn heater and camera on prior to flight anticipate the extreme temperatures. 2.Test servo motor prior to launch to ensure proper connection and functionality.

22. Message to Next Semester Be vocal within the group. Teamwork is essential to success. Compromise is an important part of teamwork. It’s great to have fun, but it is a serious class. Be creative.

23. Questions??