Team Name

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HammerHead The H2
AME 441 Aircraft Design Group 3 Return of The
Corke Conceptual Design Presentation
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HammerHead The H2
AME 441 Aircraft Design Group 3 Return of The
Corke Conceptual Design Presentation
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Outline of Presentation

• Mission
• Restrictions Parameters
• Design

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Mission.1

• Remote Piloted Aircraft
• Design
• Construction
• Performance Flight Test

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Mission.2

• Primary Design Drivers
• Maximize Level Flight Velocity
• Maximize Climb Rate

• Secondary Design Drivers
• Simple Construction
• Survivability

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Mission.3

• Drag minimizing features
• Canard configuration
• Recessed deployable landing gear
• Elliptical wing

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Mission.3

• Drag minimizing features
• Canard configuration
• Recessed deployable landing gear
• Elliptical wing

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Mission.3

• Drag minimizing features
• Canard Configuration
• Deployable Landing Skids
• Elliptical Wing

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Restrictions/Parameters.1Planform Area

• Planform Area
• 400 800 in2
• Includes
• Main Wing
• Canard
• Fuselage
• Tail Control Surfaces

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Restrictions/Parameters.2Engine

• Electric Motor
• Astro Cobalt Sport 615 10T21
• 14 Volt Power Source

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Restrictions/Parameters.3Cargo Bay

• Internal Cargo Area
• 6 Servos

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Restrictions/Parameters.3Cargo Bay

• Internal Cargo Area
• GPS Transmitter Antennae

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Restrictions/Parameters.3Cargo Bay

• Internal Cargo Area
• Electronics Box

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Restrictions/Parameters.3Cargo Bay

• Internal Cargo Area
• Battery Power Supplies

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Restrictions/Parameters.4Propeller

• Sport Propeller
• 2 Blades
• 13 Diameter

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Design.1

• Spreadsheets
• Airfoil Data
• Preliminary CAD Drawings
• Predictions

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Design.2Spreadsheets
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Design.2Spreadsheets
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Design.2Spreadsheets
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Design.2Spreadsheets
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Design.3Airfoil Data

• Main Wing Airfoil FX 60-100

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Design.4Airfoil Data

• Canard Airfoil NACA 0009

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Design.5Preliminary CAD Drawings
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Design.5Preliminary CAD Drawings
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Design.5Preliminary CAD Drawings
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Design.5Preliminary CAD Drawings
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Design.6Predictions

• The HammerHead is designed to
• Fly 38 ft/s at Cruise
• Climb at a rate of 800 ft/min
• Cruise at 1300 feet above Sea Level
• Have an Operational Radius of 2.5 nm

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• Questions?