How Does Motion Simulation Work?

When you first think of a motion simulator, the first thing that pops in to your mind is usually an aircraft training system for commercial and military pilots. However, in more recent times there are many more simulators being used across different industries. In education for example, there are simulators for learning to drive cars, motorbikes, space crafts and boats safely. In entertainment, simulators have become very popular with racing at the F1 driving experience Surrey, arcade rides and theme parks offering motion theatres using simulators. There are also video games available where a player can experience driving or flying using a joystick, foot pedals and steering wheels as special controllers.

Motion simulators use modern technology to allow the user to feel like they are in a moving vehicle. The first part of this effect involves the vestibular system of the inner ear, which is filled with fluid. Our brains use this fluid to determine the acceleration or rotation we are experiencing. The visual input relays information to the brain about location and the muscles send signals to the brain for movement. So motion simulators use forces from gravity along with visuals, vibrations and sound effects to create the feeling of acceleration.

A combination of sight, sound, and touch is used to bring motion simulators to life. The occupant will feel the effect of false gravitational pulls as the system conveys changes in orientation. With top quality simulators, you will become immersed in the environment it provides and will experience kinematic transformations in acceleration, position and velocity.

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