Desired applications
The representation of a virtual world using VR glasses inspires many creative minds. We'd like to support the emergence of revolutionary application ideas with our dynamic motion device.
Hello, my name is Hemi. I want to show you the following example applications ...
Motorcycle simulation
Motorcycle simulation
In this application, the forces that arise when you ride a motorcycle can be transmitted. To do this, angular momentum about the longitudinal, lateral, or vertical axis as well as the forces of accelera-tion along these axes are transmitted.
Motorcycle simulation
Motorcycle simulation
In this application, the forces that arise when you ride a motorcycle can be transmitted. To do this, angular momentum about the longitudinal, lateral, or vertical axis as well as the forces of accelera-tion along these axes are transmitted.
Motorcycle simulation
Motorcycle simulation
In this application, the forces that arise when you ride a motorcycle can be transmitted. To do this, angular momentum about the longitudinal, lateral, or vertical axis as well as the forces of accelera-tion along these axes are transmitted.
Motorcycle simulation
Motorcycle simulation
In this application, the forces that arise when you ride a motorcycle can be transmitted. To do this, angular momentum about the longitudinal, lateral, or vertical axis as well as the forces of accelera-tion along these axes are transmitted.
Downhill
Downhill simulation
This application can transmit the forces that arise when you ride a downhill bike on a route leading downhill. To do this, angular momentum about the longitudinal, lateral, or vertical axis as well as the forces of acceleration along these axes are transmitted.
Helicopter simulator
Helicopter simulation
The forces that arise when you fly a helicopter are transmitted in the helicopter simulation. To do this, angular momentum about the longitudinal, lateral, or vertical axis as well as the forces of ac-celeration along these axes are transmitted. Motorcycle simulator.
Air Race
In this application, the forces that arise when you fly a race can be transmitted. To do so, angular momentum about the longitudinal, lateral, or vertical axis as well as the forces of acceleration along these axes are transferred.
Paragliding
Paragliding simulation
In this application, the forces that arise when you fly a paraglider can be transmitted. To do this, angular momentum about the longitudinal, lateral, or vertical axis as well as the forces of accelera-tion along these axes are transmitted.
Wingsuit
Wingsuit simulation
In this application, the forces that arise when you fly a wingsuit can be transmitted. To do so, angular momentum about the longitudinal, lateral, or vertical axis as well as the forces of acceleration along these axes are transferred.
Weightless
Weightlessness simulation
In this application, the forces that arise when you move about in a spacesuit in outer space are transmitted. To do this, angular momentum about the longitudinal, lateral, or vertical axis as well as the forces of acceleration along these axes are simulated.
Space simulator
Space simulation
Forces that arise when you pilot a spaceship are transmitted during the space simulation. To do this, angular momentum about the longitudinal, lateral, or vertical axis as well as the forces of accelera-tion along these axes are transmitted.
Bird flight
Bird-flight simulation
In this application, the forces that arise when you imitate a bird's flight can be transmitted. To do so, angular momentum about the longitudinal, lateral, or vertical axis as well as the forces of acceleration along these axes are transferred.
Jet-pack
Jet-pack simulation
The forces that arise when you sit in a jet-pack are transmitted in this application. To do this, angu-lar momentum about the longitudinal, lateral, or vertical axis as well as the forces of acceleration along these axes are transmitted.
Do you have questions about one of these applications' exact implementation? Use the contact form shown below to get directly into contact with our development department.