1 / 17

AAE 451 - Aircraft Senior Design

AAE 451 - Aircraft Senior Design. Sumitero (Calvin) Darsono Charles Hagenbush Keith Higdon Seung-il Kim Matt Lewis Matt Richter Jeff Tippmann Alex Zaubi. UAS providing continuous coverage for small operations. Business Case Small portable UAS Rapid deployment and coverage

hwilhelm
Download Presentation

AAE 451 - Aircraft Senior Design

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript


  1. AAE 451 - Aircraft Senior Design Sumitero (Calvin) Darsono Charles Hagenbush Keith Higdon Seung-il Kim Matt Lewis Matt Richter Jeff Tippmann Alex Zaubi

  2. UAS providing continuous coverage for small operations • Business Case • Small portable UAS • Rapid deployment and coverage • Multiple aircraft in system • Little support equipment • Product is entire system • # of planes • Laptops • Communication equipment • Visual or IR Sensors • Storage equipment • Market • Military • Surveillance around temporary base • Forward reconnaissance • Law enforcement and emergency services • Surveillance in assessing hazardous situations before committing personnel Evolution XTS – L3 BAI Aerosystems

  3. Competition • Aerovironment - Raven • TOGW – 4.2 lbs • Wing Span – 4.5 ft • Endurance – 1 to 1.3 hours • Range – 6.2 miles • $35k per unit, $250k for total system • >1,300 units sold • Elbit Systems - Skylark • TOGW – 10 lbs • Wing Span – 7 ft • Endurance – 1.5 hours • Range – 6 miles

  4. The Raider Manufactured by Farsight Intelligence System Hand launch, electric motors Empty Weight 7 lbs Gross Weight 9 lbs Cruising Speed 40 mph Cost: $10K plus ground station The Marauder Manufactured by Farsight Intelligence System Hand launch, electric motors Gross Weight 10 lbs Cruising Speed 40 mph Cost $10K plus ground station Competition

  5. Skyseer Manufactured by Octran Hand launch, electric motor Gross Weight 3 lbs Cruising Speed 23 mph Cost: $30K – fully loaded Competition

  6. Current Market • As of 2005, over 800 small UA Systems planned • Over 2500 aircraft • Market is Growing • Armed Forces to spend $20M a year for the next 3 years on small UA Systems • Canada and Great Britain looking to obtain similar systems FPASS Raven

  7. Description of Customer - Military • Military Highlights • Deployed with squadron • Launched from location by hand • Monitor area of interests around operations, 5-10 mile range • Recognize vehicles and enemy combatants • Do not need high resolution of plate numbers, faces • 2-4 planes • Design to be transported by backpack, though Humvee will probably be sufficient Elbit Skylark IV (Israel) Aerovironment Raven

  8. CONOPS - Military Reconnaissance, Security, and Patrol Missions

  9. Law Enforcement Highlights Deployed with SWAT team Launched from location by hand Monitor area of interests around operations, 5-10 mile range Recognize vehicles, people Do not need high resolution of plate numbers, faces Chemical Spill/ Radiation Monitor Search for suspect drug manufacturing Monitor hazardous chemical spill/ radiations Crowd control Monitor peaceful protest 1-2 to planes Designed to be transported in vehicle Description of Customer – Law Enforcement Octran SkySeer

  10. CONOPS – Law Enforcement POTENTIAL APPLICATIONS

  11. QFD • Two separate scoring for each customer • Military Customer Important Attributes • TOGW • Operative Cost • Payload Weight • Number of Aircraft • Law Enforcement Customer Importance Attributes • TOGW • Number of Aircraft • Acquisition Cost • Operative Cost • Payload Weight

  12. Design-to Requirements Design-to Requirements Trade Study Constants

  13. Weight Fraction Prediction Using Power Regression Weight Fraction Prediction as a function of Gross Weight, Payload, Endurance, Cruise Speed and Cruising Altitude

  14. Weight Fraction Prediction Using Power Regression • Regression derived from small UAVs database • Database consisted of 22 UAVs available in the world • Predict Weight Fraction using 5 parameters: • Gross Weight • Payload • Endurance • Cruise Speed • Cruise Altitude • Regression Empty Weight Fraction in 0.5 – 0.6 Range

  15. Trade Study - Endurance

  16. Trade Study - Endurance

  17. Trade Study – Loiter Speed

More Related