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Virtual Reality on a Motion Platform for Rotorcraft Shipboard Simulation

Donald P. Gaublomme, Robert V. Calvillo, Zachary F. Smith, NAVAIR
Kyle J. Meyers, J.F. Taylor Inc
Andrew G. Zinchiak, American Systems

May 7, 2024

https://doi.org/10.4050/F-0080-2024-1189

Abstract:
Piloted simulation has been used for decades to support flight test activities at the Naval Air Warfare Center Aircraft Division located at Naval Air Station Patuxent River, MD. Conventional lab stations at the Manned Flight Simulator facility have been used effectively to support a wide range of flight test requirements. However, there were limitations with these conventional lab stations when the purpose was to assess handling qualities and pilot workload while landing rotorcraft aboard a ship. Two critical simulation elements were determined to be necessary: (1) an expanded field of view so the pilot could see the ship deck below the aircraft and (2) a motion system to provide the pilot with vital proprioceptive cueing in the turbulent ship environment. A new Virtual Reality Lab was developed at Patuxent River that included these key features. The primary components of the lab included virtual reality headsets, an Unreal Engine image generator, ocean and ship visual models, a six degree-of-freedom motion platform, and a generic cockpit. This paper describes development of the lab, various issues that were encountered, and plans for future improvements.


Virtual Reality on a Motion Platform for Rotorcraft Shipboard Simulation

  • Presented at Forum 80
  • 12 pages
  • SKU # : F-0080-2024-1189
  • Modeling and Simulation

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Virtual Reality on a Motion Platform for Rotorcraft Shipboard Simulation

Authors / Details:
Donald P. Gaublomme, Robert V. Calvillo, Zachary F. Smith, NAVAIR
Kyle J. Meyers, J.F. Taylor Inc
Andrew G. Zinchiak, American Systems