Client: China Astronaut Research and Training Center
This project was successfully completed within three months by a five-person team under my leadership. The simulation system comprehensively simulates the complete process of manned lunar landing, aiming to provide astronauts with a low-cost training environment and help relevant personnel familiarize themselves with mission procedures. The system features highly realistic lunar module interiors, accurate lunar surface terrain, and fully functional lunar rovers and professional equipment.
The system uses a LeapMotion sensor embedded in the headset for precise gesture recognition, coupled with Logic flight joysticks to simulate actual spacecraft control hardware. Operators can interact with the scene through natural gestures, simulated joysticks, virtual touch interfaces, and virtual controls to complete a series of authentic lunar exploration tasks.
Academic Exchange
19th Management Ergonomics and 1st Neurodesign Academic Conference of Chinese Ergonomics Society
In 2019, this project was invited to participate in the annual conference of Chinese Ergonomics Society as a special workshop for on-site technical demonstration. The demonstration received high praise from attending experts, establishing a broad foundation for subsequent industry-academia-research cooperation.
Highly Realistic In-Cabin Virtual Joystick System
Control interface layout references Space Shuttle and Apollo 11 cabin design All buttons, switches, and knobs enable precise interactive operation
Manned Lunar Command Module
Cabin Scene
Intuitive and Convenient Lunar Rover Remote Operation System
Precise control through Logic joystick Throttle lever adjusts travel speed, directional joystick controls steering Joystick buttons quickly activate various lunar exploration functions
Remote-operated Lunar Rover
Lunar Surface Exploration
Innovative Gesture-Based Docking Control
Transforms complex rendezvous and docking operations into intuitive gesture commands Effectively avoids the impact of spacesuits on traditional button operations