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Unmanned Aerial Vehicle

Unmanned Aerial Vehicle. Outline. Review Critical Function Prototype (CFP) Team UAVs’ Goal Show the CFP (Flight video) Lessons learned Schedule Budget. Goals. Semester Goals Evaluate UAV components Manufacture necessary linkages/mounts Incorporate UAV control components

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Unmanned Aerial Vehicle

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  1. Unmanned Aerial Vehicle

  2. Outline • Review • Critical Function Prototype (CFP) • Team UAVs’ Goal • Show the CFP (Flight video) • Lessons learned • Schedule • Budget

  3. Goals Semester Goals • Evaluate UAV components • Manufacture necessary linkages/mounts • Incorporate UAV control components • Conduct Flight tests • Perform CFP

  4. Critical Function Prototype Purpose Unmanned Aerial Vehicle 7 ft. wingspan Function: Make UAV Flight Worthy without Kestrel Autopilot ٭With weather permitting Fly UAV and present video Picture taken by Tyson Remm.

  5. Critical Function Prototype CFP Test Flight Video This video was taken by the UAV team.

  6. Critical Function Prototype • Lessons learned • Flight Characteristics • ½ throttle to takeoff • ¼ throttle to fly

  7. Critical Function Prototype • Lessons learned • UAV Modifications • Adhesive used to connect the components • is insufficient • Replace Metal Screws

  8. Schedule Scheduling Updates • Modify the UAV (To be completed by 28 Nov. 2006) • Conduct additional flights by end of Semester

  9. Budget

  10. Summary CFP Successful Flight • New adhesive needed • More battery power is not needed • Schedule • UAV modifications have been added • Budget

  11. Questions Professor Chen chen@mech.utah.edu Bryce Ingersoll bryce.ingersoll@m.cc.utah.edu James Jacob jamesijacob@gmail.com Tyson Remm. tremmster@hotmail.com

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