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Radio Controlled Duck Decoy

Radio Controlled Duck Decoy. Team. Leader: Brad Patano Ben Hogan Jeffrey Jue Kendall Ladner Advisor: Dr. James Fowler. Task Breakdown. Problem. Classical Conditioning. Stationary Repetitious movements. Solution. Random user controlled movement Pulling multiple decoys.

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Radio Controlled Duck Decoy

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  1. Radio Controlled Duck Decoy

  2. Team • Leader: Brad Patano • Ben Hogan • Jeffrey Jue • Kendall Ladner • Advisor: Dr. James Fowler

  3. Task Breakdown

  4. Problem Classical Conditioning • Stationary • Repetitious movements

  5. Solution • Random user controlled movement • Pulling multiple decoys

  6. Design Criteria • Battery life must be at least 10 hours • Operating range must be up to 45 yards • Packaged components must fit in a space no bigger than 3” X 5” X 8” • Component cost must not exceed $75.00 • Water Resistant • Hand-held unit • Decoy

  7. Flow diagram User Input Transmitter Controls System Receiver Drive System

  8. System Overview

  9. Goals vs. Results

  10. Goals vs. Results

  11. Simulated Current Drain

  12. Actual Current Drain

  13. Goals vs. Results

  14. Receiver/Control Circuit

  15. Receiver/Control Circuit

  16. Goals vs. Results

  17. Goals vs. Results

  18. Economics $40.00 TX/RX 2.26 Encoder/ Decoder 1.12 Control Circuit 4.74 Motors .71 Drive System + 1.00 Props ---------------------------------------------- $49.83 Total

  19. Battery Rating vs. Time

  20. Economics $40.00 TX/RX 2.26 Encoder/ Decoder 1.12 Control Circuit 4.74 Motors .71 Drive System + 1.00 Props ---------------------------------------------- $49.83 Total

  21. Goals vs. Results

  22. Goals vs. Results

  23. Goals vs. Results

  24. Goals vs. Results

  25. Goals vs. Results

  26. Goals vs. Results Cont’d

  27. Time Line Jan Feb Mar April May

  28. Hardware

  29. Acknowledgements We would like to thank the following people: • Mike Dean and Michael Gowan • Dr. James Fowler • Dr. Ray Winton • Jim Gafford and Rick King

  30. Questions?

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