The Ames Research Center Vertical Motion Simulator (VMS) is described in terms useful to the researcher who intends to use it. A description of the VMS and its performance are presented together with the administrative policies governing its operation. The management controls over its use are detailed, including data requirements, user responsibilities, and scheduling procedures. This information is given in a form that should facilitate communication with the NASA operations group during initial simulator use
The status of the major NASA/Army capabilities in piloted rotorcraft flight simulation is reviewed. ...
A demonstration of the capability of NASA's Vertical Motion Simulator to simulate two alternative mo...
Instructions for using Vertical Attitude Takeoff and Landing Aircraft Simulation (VATLAS), the digit...
Today's flight simulators, such as NASA's multimillion dollar Vertical Motion Simulator (VMS), recre...
The vertical motion simulator (VMS) is designed to simulate a variety of experimental helicopter and...
NASA has designed and is constructing a new flight simulator with large vertical travel. Several asp...
Developed initially to provide the motion fidelity necessary for research on vertical and short take...
There has been a significant effort within the simulation community to standardize many aspects of f...
The conceptual design for converting the vertical motion simulator (VMS) to a multi-purpose aircraft...
This paper describes the integration of MATLAB Simulink(Registered TradeMark) models into the Vertic...
In the 1970’s the role of the military helicopter evolved to encompass more demanding missions inclu...
Tests were conducted to determine the significance of vertical acceleration cues in the simulation o...
Simulator (VMS) has been an integral part of the Shuttle Program for almost thirty years. The VMS is...
NASA Ames Research Center is home to several high-fidelity research flight and air-traffic control s...
This paper describes a transfer-of-training study in the NASA Ames Vertical Motion Simulator (VMS). ...
The status of the major NASA/Army capabilities in piloted rotorcraft flight simulation is reviewed. ...
A demonstration of the capability of NASA's Vertical Motion Simulator to simulate two alternative mo...
Instructions for using Vertical Attitude Takeoff and Landing Aircraft Simulation (VATLAS), the digit...
Today's flight simulators, such as NASA's multimillion dollar Vertical Motion Simulator (VMS), recre...
The vertical motion simulator (VMS) is designed to simulate a variety of experimental helicopter and...
NASA has designed and is constructing a new flight simulator with large vertical travel. Several asp...
Developed initially to provide the motion fidelity necessary for research on vertical and short take...
There has been a significant effort within the simulation community to standardize many aspects of f...
The conceptual design for converting the vertical motion simulator (VMS) to a multi-purpose aircraft...
This paper describes the integration of MATLAB Simulink(Registered TradeMark) models into the Vertic...
In the 1970’s the role of the military helicopter evolved to encompass more demanding missions inclu...
Tests were conducted to determine the significance of vertical acceleration cues in the simulation o...
Simulator (VMS) has been an integral part of the Shuttle Program for almost thirty years. The VMS is...
NASA Ames Research Center is home to several high-fidelity research flight and air-traffic control s...
This paper describes a transfer-of-training study in the NASA Ames Vertical Motion Simulator (VMS). ...
The status of the major NASA/Army capabilities in piloted rotorcraft flight simulation is reviewed. ...
A demonstration of the capability of NASA's Vertical Motion Simulator to simulate two alternative mo...
Instructions for using Vertical Attitude Takeoff and Landing Aircraft Simulation (VATLAS), the digit...