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Exploring Kite Aerial Photography: Design, Components, and Cost Analysis

This presentation delves into the world of kite aerial photography, outlining its history, design components, and cost analysis. We explore the evolution of this unique photography technique from military use to hobbyist applications. Key design elements including the kite, suspension system, camera cradle, and transmission methods are explained in detail. We'll also discuss the importance of lightweight materials and effective signal transmission for successful operations. The presentation concludes with a cost analysis and scheduling insights, inviting questions from the audience.

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Exploring Kite Aerial Photography: Design, Components, and Cost Analysis

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Presentation Transcript

  1. Kite Camera - A Team 12 Brian Cleary (ME) David DeGeorge (ME) Vincent Falcone (ECE) Nicholas Schneck (ECE) www.blurbco.com/~gork/ kap/archives/DSCN2429.JPG May 3rd, 2005

  2. Presentation Overview • History • Design overview • Part by part breakdown • Cost analysis & Scheduling

  3. Background • History of Kite Aerial Photography • Military • Hobbyist • Current development • Need http://www.hiflykites.co.za/free-kite-guides/kite-aerial-photography.JPG

  4. Design Overview • Main Parts • Kite • Suspension • Cradle • Camera • Signal transmission • Control

  5. Kite • Double Parasled • Large size • Sturdy • Versatile • Alternates • Box kite • Delta http://arch.ced.berkeley.edu/kap/equip/frmkite.html#parasled

  6. Suspension System • Picavet (pickavay) • level • absorbs vibration • Simple to construct • Alternate • Pendulum http://arch.ced.berkeley.edu/kap/equip/picavet.html#no3

  7. Cradle • Requirements • Light weight • Safely hold camera • Rotate camera • Tilt camera • House antenna http://www.kapcasalboni.it/index_eng.htm/

  8. Camera • Requirements • Light-weight • Minimum resolution of 800x600 • No larger than 3” x 3” x 6” • Auto-focus

  9. Signal Transmission • Cable choice • Fiber optic • Coaxial • Fiber optics • Wave Division Multiplexer • Type http://www.drakausa.com/products/SHIPFOC-01.gif

  10. Controller • Control servos on cradle • Transmission • Through fiber optics • Through radio waves • Through fiber optics http://kap-man.de/b019484b.jpg

  11. Cost Analysis

  12. Scheduling with Design Tasks

  13. Conclusion

  14. Questions?

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