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Tyson Butler, Brent Homan, Darbi Meyer, Derek VerMerris
Team 10: VTOL Aircraft Tyson Butler, Brent Homan, Darbi Meyer, Derek VerMerris
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VTOL Aircraft Vertical Take-off and Landing Vertical Take off
Static Flight Kinetic Flight Vertical Landing Method Internal weight distribution Stabilization Mechanisms Dual Propulsion Gyros (potential) Image Obtained From: Introduction Context Designs Status
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Problem: Customer: Introduction Context Designs Status
Inner City Hobbyist Few options Limited too: Helicopters, Quad Copters, and very small RC airplanes. Lack of take off Space Traditional take off and landing is difficult. Customer: Ready to Fly (RTF) Intermediate Skill Level Disposable Income Introduction Context Designs Status
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VTOL V-22 Osprey RC Warbird Airplane X-VERT VTOL RTF RC Airplane
What is on the Market? VTOL V-22 Osprey RC Warbird Airplane X-VERT VTOL RTF RC Airplane $299.9 $199 Image Ohttps:// Image Obtained From: Christian Application Not cutting corners Build community Inspire creativity and learning Introduction Context Designs Status
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Design Mechanisms MAIN OBJECTIVES
Stability control by weight distribution Smooth weight transfer Precise Control/Response/Propulsion Single or double prop? Consideration of stabilization and mobility Single prop limits a plane of motion Body resembling plane Internal moving mass Alteration of weight distribution How??? Introduction Context Designs Status
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Freewheeling Lead Screw
text Introduction Context Designs Status
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Gears and Pinion Introduction Context Designs Status
Introduction Context Designs Status
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Belt with Carriage Introduction Context Designs Status
Introduction Context Designs Status
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"Hanging" Mass Introduction Context Designs Status
Introduction Context Designs Status
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Project Status Preliminary design options outlined
General testing procedure Anticipated budget completed Research breakdown Introduction Context Designs Status
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