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Student Launch Project Preliminary Design Review January 10, 2014

Student Launch Project Preliminary Design Review January 10, 2014. Team Structure. Conceptual 3D Design. Vehicle Dimensions. Vehicle Materials and Justification. Static Stability Margin. Plan for Vehicle Safety Verification. Risk Assessment Team safety b riefings

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Student Launch Project Preliminary Design Review January 10, 2014

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  1. Student Launch Project Preliminary Design Review January 10, 2014

  2. Team Structure

  3. Conceptual 3D Design

  4. Vehicle Dimensions

  5. Vehicle Materials and Justification

  6. Static Stability Margin

  7. Plan for Vehicle Safety Verification Risk Assessment • Team safety briefings • Consult mentor and industry experts • Verify design with calculations and RockSimanalysis • Identify potential hazards for construction and launch • Follow launch checklists and guidelines • NAR High Power Rocket Safety Code • Comply with federal, state, and local laws

  8. Baseline Motor Selection

  9. Thrust-to-Weight Ratio and Rail Exit

  10. Launch Vehicle Verification • Verification of the design requirements will be completed for the structure, recovery, and propulsion subsystems • Analysis using computer simulations or calculations • Testing hardware components • Static testing before launch • Inventory of all structural equipment • Inspect fins for damage and stability • Inspect detachable components for secure attachment • Inspect rail buttons for secure attachment • Inspect all parallel boosters and main motors

  11. Recovery System

  12. Recovery System

  13. Recovery System

  14. LiDAR Hazard Detection System

  15. LiDAR Hazard Detection System • Rotating Mirrors • Processing Subsystem • Ranging Subsystem • Ground Station

  16. LiDAR Hazard Detection System

  17. Parallel Inline Motor System • Parallel Stage • Inline Stage • Electronics

  18. Parallel Inline Motor System

  19. Parallel Inline Motor System

  20. Tesseract • Electrometer • CubeSat • Ground Station

  21. Tesseract

  22. Payload Verification • Complete all ground testing pertinent to payload functionality. • Set all control data. • Ensure proper wiring for all electrical components before launch. • Inspect all payload bays and detachment points for structural integrity prior to launch.

  23. Questions?

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