Why Ballet Dancers Don't Get Dizzy, and What It Says About Your Dizziness

A ballet dancer can turn a dozen pirouettes, stop, and walk off stage without a wobble. Most of us spin around three times as kids and the floor tilts for the next ten seconds. What is different about their brains?

The answer is more interesting than "they get used to it," and it has a useful lesson for anyone who feels dizzy in daily life.

The short answer

Dizziness after spinning comes from your vestibular system, the balance sensors in your inner ears. Those sensors report head rotation to the brain. When you spin and stop, the fluid in the inner ear keeps moving for a moment, so your brain briefly receives a signal that you are still turning. Your eyes also jerk reflexively (this is the vestibulo-ocular reflex), and the room seems to swing.

Dancers experience the same inner-ear physics. What differs is how the brain processes the signal.

What research shows

The dizzy feeling shrinks. In a study published in Cerebral Cortex, ballet dancers' responses to whole-body rotation were briefer than those of non-dancers. The dancers' reflex (the eye movement) and their perception of spinning were also no longer tightly linked, as they are in most people. The researchers also reported differences in brain structure related to this change (Nigmatullina et al., 2015). In plain terms: the brain appears to stop treating the leftover signal as important.

It is not simply "turning the volume down." A 2025 study in Neuroreport tested whether dancers just suppress all vestibular input. Their balance was better at baseline, but when the vestibular system was stimulated electrically, dancers were no different from non-dancers. The authors concluded that dancers may have a more accurate body representation, and may be able to modify vestibular input mainly during active movement (Moïn-Darbari et al., 2025). Other work found that long-term dance training changed how the eyes and head coordinate (Journal of Neurophysiology, 2023) and improved the ability to suppress the reflex when following a target (Experimental Brain Research, 2018).

Training level matters. In a study of ballet dancers, professionals' balance was unaffected after pirouettes and jumping to fatigue, while pre-professional and recreational dancers' balance was affected (Journal of Dance Medicine & Science, 2014). The effect appears to build with practice.

Most of these studies are small and compare dancers with non-dancers at one point in time, so they cannot prove that dance training causes every difference. Dancers may also be people who started with better balance.

The technique: "spotting"

Dancers are taught to pick a point in the room, keep the eyes on it as long as possible while the body turns, then whip the head around to find it again. Spotting is a strategy for using vision on a stable object to suppress nystagmus, the reflexive eye movement driven by the vestibular system. With less nystagmus, there is less dizziness, and balance and posture hold up better. Spotting is a technique; the brain adaptations above come from years of repeated practice with it.

What this means for your dizziness

Dancers show something clinicians see every day: the brain's interpretation of balance signals can change with experience. That works in both directions.

• With repeated, well-matched exposure, the brain can get better at handling motion signals.

• After a concussion, an inner-ear problem, or long periods of avoiding movement, the brain can get worse at it. Visual, inner-ear and body-position signals stop agreeing, and ordinary things like supermarket aisles, scrolling, or turning your head quickly start to feel unsettling.

A pattern we see clinically after concussion. Dancers use vision as a stable anchor on purpose. After a concussion, many patients end up leaning on vision too much, and not by choice. When the signals coming from the body and the inner ear contain errors, the brain relies more on the eyes to compensate. That works in a quiet room. It becomes overwhelming in busy visual environments like a grocery store, a mall or the subway, where there is too much visual information to sort. Patients often get stuck in this loop: the more the brain depends on vision, the worse busy places feel, and the more they avoid them. (This is our clinical observation. It is not a universal finding.) Rebuilding the balance between vision, the inner ear and the body is a core part of our treatment and rehabilitation programs at Venn Med.

Avoiding every movement that makes you dizzy usually does not solve this. But pushing through blindly does not either. The right approach depends on which part of the system is the problem: the inner ear, the eye-movement system, how the brain combines the signals, or how much energy your brain has available to sustain the work.

When to get assessed

Consider an assessment if you have:

• Dizziness or imbalance lasting more than a few weeks

• Dizziness that began after a head injury or concussion

• Symptoms in busy visual environments, with head turns, or when tired

• Been told "everything looks normal" but still do not feel right

Seek urgent medical care for sudden severe dizziness with weakness, trouble speaking, double vision, facial droop, or a severe sudden headache.

At Venn Med we measure how the eyes, balance system and brain are working together before deciding what to train and in what order. If your dizziness is not improving, book a dizziness and balance assessment at Venn Med.

Frequently asked questions

Why don't ballet dancers get dizzy when they spin?

Research suggests years of rotation training changes how the brain processes the vestibular signal, so the dizzy sensation after spinning is shorter. Spotting also reduces how long the head turns continuously.

Do dancers have a different inner ear?

Not that studies have shown. The inner-ear sensors appear to work like anyone else's. The differences found are in how the brain and eye-movement system handle the signals.

Can I train myself to stop getting dizzy?

Some people can improve with the right exposure, but if you have ongoing dizziness, especially after a concussion, get assessed first. The wrong exercises can make symptoms worse.

Why am I dizzy after a concussion?

Concussion can affect the inner ear, eye movements, neck input and how the brain combines them. Which one is driving your symptoms needs to be tested.

This article is educational and is not a substitute for medical advice.

References

1. Nigmatullina Y, et al. The neuroanatomical correlates of training-related perceptuo-reflex uncoupling in dancers. Cereb Cortex. 2015. PMID 24072889

2. Moïn-Darbari K, et al. Dancers' resistance to vertigo cannot be explained by a generalized suppression of vestibular signaling. Neuroreport. 2025. PMID 40208806

3. Long-term dance training modifies eye-head coordination in response to passive head impulse. J Neurophysiol. 2023. PMID 37702547

4. Enhanced vestibulo-ocular reflex suppression in dancers during passive high-velocity head impulses. Exp Brain Res. 2018. PMID 30426147

5. The effects of vestibular stimulation and fatigue on postural control in classical ballet dancers. J Dance Med Sci. 2014. PMID 24844423