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Development and Integration of Flight Dynamics Models for Study of eVTOL Aircraft in the NASA Vertical Motion Simulator

David Caudle, Raghuvir Singh, NASA Ames Research Center Samuel Nadell, Tom Berger, US Army CCDC AvMC Carlos Malpica, NASA Ames Research Center Peter Suh, NASA Armstrong Research Center

https://doi.org/10.4050/F-0081-2025-0017

Abstract:
A piloted simulation study in the Vertical Motion Simulator at NASA Ames Research Center will investigate the handling and ride qualities of eVTOL configurations (lift-plus-cruise and tiltwing) for both civilian and military applications. The flight dynamics models were developed in the FLIGHTLAB modeling and analysis software environment, while explicit model-following control laws and high-fidelity powertrain models were developed in Simulink. The Joint Input-Output method was used to generate frequency responses for linear model verification, as the control effectors are highly correlated for these types of vehicles. The linear models were verified for the frequency range of interest for handling qualities. Once verified and tested individually, the three parts (flight dynamics model, control laws, and powertrain) will be integrated into the Vertical Motion Simulator for piloted simulation evaluations.


Development and Integration of Flight Dynamics Models for Study of eVTOL Aircraft in the NASA Vertical Motion Simulator

  • Presented at Forum 81
  • 15 pages
  • SKU # : F-0081-2025-0017
  • Modeling and Simulation

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Development and Integration of Flight Dynamics Models for Study of eVTOL Aircraft in the NASA Vertical Motion Simulator

Authors / Details: David Caudle, Raghuvir Singh, NASA Ames Research Center Samuel Nadell, Tom Berger, US Army CCDC AvMC Carlos Malpica, NASA Ames Research Center Peter Suh, NASA Armstrong Research Center