AirShip Technologies Group   

 

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In addition to the aircraft design and analysis, development and demonstration of the necessary control strategies for hover, level-flight, and transition regimes are necessary. A focus on robustness to uncertainty, especially with regard to wind, will allow for an ATG VTOL controller with defined safe bounds for launch and recovery.
AirShip Air and Ground Transit
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AirShip VTOL UAV In-Motor Ground Wheel Hubs
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AirShip VTOL UAV In-Motor Ground Wheels Extended
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AirShip VTOL UAV Transformed at Rest
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AirShip VTOL UAV Ship-to-Shore Insertion
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AirShip VTOL UAV IED Avoidance
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AirShip VTOL UAV Special Operations Forces Resupply
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AirShip VTOL UAV Medicat Evacuations
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AirShip VTOL UAV Safety and Passenger Configuration
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AirShip VTOL UAV Hybrid Electric Powertrain
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AirShip VTOL In-Flight
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AirShip VTOL Airframe
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AirShip VTOL UAV Safety and Cuttaway View
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AirShip VTOL UAV ) Resupply Configuration
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AirShip VTOL UAV Medical Evacuation Stretcher Configuration
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AirShip VTOL UAV Troop Transport Configuration
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AirShip VTOL UAV Flight 3-Wheel Drive Configuration
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AirShip VTOL UAV Ground 4-Wheel Drive Configuraton
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AirShip VTOL UAV Hover Capability
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AirShip VTOL UAV Dimensions
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AirShip VTOL UAV Aerial and Anterior Component Views
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Cruise Efficiency vs. Speed
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Air Accelerator Powertrain Alternative
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