Next Generation Human Landing System (HLS) Simulation
The Vertical Motion Simulator (VMS) at NASA Ames is uniquely qualified to support the entire HLS development process.
The VMS has a large motion envelope and six independent degrees of freedom. It is the only existing ground-based simulator capable of supporting the development, testing, and certification of the HLS to meet manual control handling qualities requirements.
Because the VMS has an adaptable simulation architecture, it can be customized to meet individual research requirements. It provides a safe and cost-effective environment for the development of new flight control, guidance, and display systems, as well as testing new procedures and training crews on emergency and off-nominal situations.
The VMS has 40 years of experience partnering with the aerospace community, to perform critical handling qualities research – this includes past lunar lander experiments.
NASA wants to partner with you. We are ready to build on past knowledge and put your new designs to the test. We have the systems and the know-how in place to help you develop solutions to land us on the Moon. Contact Us today!
Technical Papers and Information on Research and Space Systems Simulations at VMS
- Effects of Control Power and Guidance Cues on Lunar Lander Handling Qualities
- Handling Qualities of a Capsule Spacecraft during Atmospheric Entry
- Handling Qualities Evaluation of Pilot Tools for Spacecraft Docking in Earth Orbit
- Space Shuttle Landing and Rollout Training at the Vertical Motion Simulator
- Lunar Lander Handling Qualities Experiment
- Crew Exploration Vehicle Handling Qualities Experiment (CEV docking with ISS)
- Supervisory Control of a Lunar Lander (SCoLL) Experiment
- Space Shuttle Vehicle (SSV)
- Effects of Control Power and Guidance Cues on Lunar Lander Handling Qualities
- Effects of Control Power and Inceptor Sensitivity on Lunar Lander Handling Qualities
- Improved Lunar Lander Handling Qualities Through Control Response Type and Display Enhancements
More information on how NASA SimLabs can Simulate Future Space.