Wind tunnel testing was performed on a VTOL aircraft in order to characterize longitudinal flight behavior during a transition between vertical and horizontal flight modes. Trim values for airspeed, pitch, motor speed and elevator position were determined. Data was collected by independently varying the trim parameters, and stability and control derivatives were identified as functions of the trim pitch angle. A linear fractional representation model was then proposed, along with several methods to improve longitudinal control of the aircraft
Flight records are presented from an early flight test of a wing-tip mounted tilting-ducted-fan, ver...
The aviation paradigm is shifting. Unmanned aerial vehicles (UAVs) are increasingly becoming commonp...
Longitudinal stability and control of a tilt-wing vtol aircraft model with rigid and flapping propel...
Wind tunnel testing was performed on a VTOL aircraft in order to characterize longitudinal flight b...
Wind tunnel testing was performed on a VTOL aircraft in order to characterize longitudinal flight be...
This article presents the results of a wind tunnel campaign for a tilt-body UAV, the MAVion. The obj...
This work studies a longitudinal high incidence flight envelope dynamic model for use in a con...
The tiltwing aircraft developed by team MAVerix of RWTH Aachen University is intended to operate in ...
Flight investigation of the longitudinal stability and control characteristics of a four-propeller t...
Recent developments in the field of Mini-UAVs lead to successful designs in both hovering rotorcraft...
Results are presented of a wind-tunnel investigation of the aerodynamic stability, control, and perf...
An experimental investigation of the interaction of a propeller-wing configuration for a tilt body M...
International audienceThis paper describes the modeling, control and hardware implementation of an e...
In this study, design and analysis of a mode-switching vertical take-off and landing (VTOL) unmanned...
Flight records are presented from an early flight test of a wing-tip mounted tilting-ducted-fan, ver...
The aviation paradigm is shifting. Unmanned aerial vehicles (UAVs) are increasingly becoming commonp...
Longitudinal stability and control of a tilt-wing vtol aircraft model with rigid and flapping propel...
Wind tunnel testing was performed on a VTOL aircraft in order to characterize longitudinal flight b...
Wind tunnel testing was performed on a VTOL aircraft in order to characterize longitudinal flight be...
This article presents the results of a wind tunnel campaign for a tilt-body UAV, the MAVion. The obj...
This work studies a longitudinal high incidence flight envelope dynamic model for use in a con...
The tiltwing aircraft developed by team MAVerix of RWTH Aachen University is intended to operate in ...
Flight investigation of the longitudinal stability and control characteristics of a four-propeller t...
Recent developments in the field of Mini-UAVs lead to successful designs in both hovering rotorcraft...
Results are presented of a wind-tunnel investigation of the aerodynamic stability, control, and perf...
An experimental investigation of the interaction of a propeller-wing configuration for a tilt body M...
International audienceThis paper describes the modeling, control and hardware implementation of an e...
In this study, design and analysis of a mode-switching vertical take-off and landing (VTOL) unmanned...
Flight records are presented from an early flight test of a wing-tip mounted tilting-ducted-fan, ver...
The aviation paradigm is shifting. Unmanned aerial vehicles (UAVs) are increasingly becoming commonp...
Longitudinal stability and control of a tilt-wing vtol aircraft model with rigid and flapping propel...