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Clinical studies indicate there are significant physiological and neurological benefits resulting from stimulation of the vestibular system, one of the most important sensory systems within our body. It is largely responsible for regulating balance, movement, muscle control, reflex, posture and eye position as we interact with our surroundings.

The problem medical researchers and clinicians have faced when considering vestibular stimulation as a form of medical treatment is that there has been no way to effectively administer precisely controlled, powerful, and quantifiable dosages of stimulation from currently available equipment such as swings, rocker boards, and other manually propelled spinning devices.

There is clearly a need to improve the method of delivering vestibular stimulation with a technology that is capable of administering powerful, repeatable, and quantifiable dosages of vestibular stimulation in a comfortable, safe, and controllable method.