Solar sailor presentation v5
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The document describes a prototype for a game called Solar Sailor Shuttle. The player must control a shuttle using a joystick to navigate from a home base to land on a rotating planet within a limited fuel supply. The prototype includes a frame, air flow and return systems to simulate movement, a user interface, shuttle model, planet driver to control rotation, microcontroller, and display. It provides details on the components, including fans, sensors, motors, and electronics to operate the game functions and simulate the solar system environment. The goal is to create an educational interactive prototype to simulate space travel.
Solar sailor presentation v5
- 1. 1
- 2. Noemi 2
- 3. Noemi 3
- 4. Noemi 4
- 5. Noemi 5
- 6. Noemi 6
- 7. Taylor 7
- 8. The player must navigate the Solar Sailor Shuttle from home base to land the shuttle on the rotating planet before exhausting the limited fuel supply. Taylor 8
- 9. Control shuttle Start with the joystick Choose Monitor the mission fuel gauge Wait for Land on planet countdown before exhausting fuel. Taylor 9
- 10. 10 Victor
- 11. 11 Victor
- 12. 12 Victor
- 13. Frame / Play Area / Air Flow Systems User Interface Shuttle Planet Driver MCU Informational Display 13 Noemi
- 14. Air Pressure Delivery System Solar Cell Centrifugal Air Return Blower Sys Fans Shuttle Primary RF Power Systems Microcontroller (RX/TX) Planet Sensor Planet Driver User Interface Solar Cell 14 Noemi
- 15. 15 Victor
- 16. Jeremy 16
- 17. Planet rotates around the sun. Planet senses shuttle landing and game success. Jeremy 17
- 18. Primary AFS Delivery AFS Air Return System Relays (ARS) 460 CFM SPST 30A Relay Centrifugal 205 CFM fans Coil: 5VDC at Blower 200mA Microcontroller Input Primary Power On/Off Switch DC Power Supply Tamper Switch Outlet 250W Power Supply Surge Protector Loren 18
- 19. Loren 19
- 20. Air Return System V1 Air Return System V2 Failure! Success! Loren 20
- 21. Taylor 21
- 22. Taylor 22
- 23. Taylor 23
- 24. Taylor 24
- 25. Sun and Planet Replica Jeremy 25
- 26. DC Gear Motor Proximity Sensor Jeremy 26
- 27. Solar Powered Wireless RF control (433MHz) Lightweight material Electronics in the shuttle Fans for movement: Clockwise Counterclockwise Forward / Reverse Tony 27
- 28. Tony 28
- 29. Tony 29
- 30. Tony 30
- 31. Joe 31
- 32. Overhead Lighting V1 Overhead Lighting V2 Failure! Success! Joe 32
- 33. Controls all game functions Communicates with: Shuttle Planet driver Player Controls air flow systems Bill 33
- 34. Loren 34
- 35. Loren 35
- 36. Loren 36
- 37. Gravity Simulator Solar Explorer Prototype Solar Sailor Noemi 37
- 38. Victor / Tony / Bill / Noemi 38
- 39. Victor 39
- 40. Noemi 40
- 41. Victor 41
- 42. Noemi 42
- 43. 43
- 44. 44