Vestibular Training: Exercises for the Balance System of the Inner Ear

Quick Intro

Vestibular training uses head and eye movements, and balance tasks, to challenge the vestibular system, the part of the inner ear and brain that senses head motion and orientation. In clinical use it is called vestibular rehabilitation and treats dizziness and unsteadiness. Some athletic programs borrow elements of it to train balance and spatial awareness.

The Idea in Plain Terms

Balance depends on three inputs working together: vision, proprioception from joints and muscles, and the vestibular system. The vestibular organs sit in the inner ear and detect rotation and acceleration of the head, and the pull of gravity. They also drive a reflex called the vestibulo-ocular reflex, which moves the eyes opposite to head movement so the image stays steady while the head turns.

When the inner ear is damaged or imbalanced, as in some infections or after certain injuries, a person may feel dizzy or unsteady. The brain can adapt, and exercises encourage that adaptation. Three main types are used:

• Gaze stabilization. Keeping the eyes on a target while turning the head side to side or up and down.
• Habituation. Repeating movements that provoke dizziness, in controlled doses, so the response fades.
• Balance and gait training. Standing and walking tasks that reduce reliance on vision, such as standing on foam with the eyes closed or walking while turning the head.

A Worked Example

A simple gaze stabilization exercise, as an illustration:

Exercises that make the person dizzy are meant to be mild and brief. Anyone who has dizziness should have it assessed by a clinician before starting.

What the Research Shows

For people with a loss of function in one inner ear, vestibular rehabilitation has good support. A Cochrane review by McDonnell and Hillier in 2015 concluded that there is moderate- to high-quality evidence that vestibular rehabilitation is a safe and effective treatment for people with unilateral peripheral vestibular dysfunction, with benefits for dizziness and daily function. A 2016 clinical practice guideline by Hall and colleagues recommended it for adults with peripheral vestibular hypofunction.

For healthy people and athletes, the evidence is much thinner. Some studies find that head-movement and balance challenges improve balance performance, though there is little proof that doing so improves sport results or prevents injuries. In sports such as gymnastics, diving and skating, athletes train with rotation and learn to tolerate it, and this is a type of adaptation, though not tested as widely as clinical use.

Who It Suits

• People with diagnosed inner ear disorders or dizziness, working with a physical therapist.
• People recovering from concussion with dizziness, under clinical advice.
• Athletes in spinning or rotational sports.

It is not a self-treatment for unexplained dizziness. Dizziness can have many causes, some serious.

How to Use It

1. Get a diagnosis first if you feel dizzy or unsteady.
2. Practice near a wall or sturdy support.
3. Begin with slow head movements and progress to faster ones.
4. Expect mild symptoms that settle within a minute or so, and stop if they are severe.
5. Add balance challenges, such as standing on foam, after gaze exercises feel manageable.
6. Practice regularly, often daily in clinical programs.

Common Misunderstandings

It is not a general fitness method for most people.

It is not a way to get rid of motion sickness reliably.

It is not something to push through if symptoms are severe.

FAQ

Will spinning make me more balanced? Athletes in rotating sports adapt to their skills. For general fitness there is no clear benefit.

How long until improvement? Clinical programs often run for several weeks.

Is dizziness during the exercise normal? Mild dizziness is expected, and persistent or severe symptoms are a reason to stop.

Who prescribes it? Usually a physical therapist trained in vestibular rehabilitation.

Where This Comes From

McDonnell MN and Hillier SL, 2015, vestibular rehabilitation for unilateral peripheral vestibular dysfunction (Cochrane Database of Systematic Reviews). Hall CD and colleagues, 2016, vestibular rehabilitation for peripheral vestibular hypofunction: an evidence-based clinical practice guideline (Journal of Neurologic Physical Therapy, 40, 124 to 155). Evidence in healthy and athletic groups is limited.

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Related to: proprioceptive training, reaction training and motor learning progressions. Exercises include Tree Pose.