How to Alleviate Vertigo: Exercises, Diet, and More

The single most effective thing you can do for the most common form of vertigo is a simple head-repositioning exercise you can learn in minutes. Benign paroxysmal positional vertigo, or BPPV, accounts for a large share of vertigo cases, and a maneuver called the Epley can resolve it in roughly nine out of ten people within a week. But vertigo has many causes, and what works brilliantly for one type may do nothing for another. Getting relief starts with understanding which kind of vertigo you’re dealing with, then matching the right combination of exercises, dietary changes, medications, or lifestyle adjustments to it.

Repositioning Maneuvers for BPPV

BPPV happens when tiny calcium crystals in your inner ear drift into one of the semicircular canals, where they don’t belong. Every time you tilt your head, those crystals shift and send false motion signals to your brain, producing brief but intense spinning. The fix is mechanical: move your head through a specific sequence of positions so the crystals float back to where they came from.

The Epley maneuver is the gold standard. In a randomized trial comparing it head-to-head against other repositioning techniques, the Epley resolved nystagmus (the involuntary eye movement that signals active BPPV) in about 89% of patients after the first treatment and reached 100% resolution at a second follow-up visit, far outperforming alternatives like the Semont maneuver and Brandt-Daroff exercises.¹ Another prospective study found patients treated with the Epley were six times more likely to recover than untreated controls within the same timeframe.²

You don’t necessarily need a clinician to perform the Epley for you. A randomized controlled trial comparing clinician-performed Epley maneuvers to self-administered versions found cure rates of about 88% and 91%, respectively, after one week, with no meaningful difference between the two.³ Reliable video tutorials exist online, though getting the technique right on your first attempt matters. The key steps involve sitting upright, turning your head 45 degrees toward the affected ear, lying back quickly, waiting about 30 seconds at each position as you rotate through, and finishing by sitting up slowly. If you’re unsure which ear is affected, a clinician can identify it with a simple positional test.

The Half Somersault as an Alternative

If lying flat on a bed triggers anxiety or nausea severe enough to make the Epley impractical, the half somersault maneuver offers a kneeling alternative. You start on your hands and knees, tuck your chin, flip your head upside down briefly, then rotate toward the affected ear and sit up. It’s less intimidating for some people, but the trade-off is that it typically takes more repetitions to clear the crystals. One trial found that only about 35% of patients were symptom-free after a single half somersault, compared to 61% after a single Epley. However, most patients eventually achieved full resolution, and the recurrence rate was actually lower in the half somersault group, at 5% versus 11%, though that difference was not statistically significant.⁴

Brandt-Daroff exercises are sometimes recommended as a home program. These involve sitting on the edge of a bed, falling sideways to one side with your head angled upward, sitting back up, then falling to the other side. They’re easy to do and don’t require knowing which ear is affected, but they work more slowly and less reliably than the Epley. In the same comparative trial mentioned earlier, Brandt-Daroff exercises achieved only about 22% resolution at the first assessment, making them a distant second choice for people who want quick relief.

Vestibular Rehabilitation for Ongoing Dizziness

BPPV is a mechanical problem with a mechanical fix, but many forms of vertigo and dizziness stem from damage or dysfunction in the vestibular system itself. If your inner ear has been injured by infection, inflammation, surgery, or age-related decline, the brain needs to recalibrate how it processes balance signals. That’s what vestibular rehabilitation therapy is designed to do.

An evidence-based clinical practice guideline found strong evidence that vestibular rehabilitation provides clear and substantial benefit for patients with both acute and chronic vestibular hypofunction, whether unilateral or bilateral. The guideline recommends that rehabilitation should be offered to anyone still experiencing dizziness, imbalance, or visual problems related to vestibular loss.⁵ The exercises typically fall into three categories: gaze stabilization (keeping your eyes focused on a target while moving your head), habituation (repeated exposure to movements that provoke dizziness so the brain learns to dampen its response), and balance training (standing and walking drills on progressively more challenging surfaces).

A multicenter randomized study comparing three different vestibular rehabilitation approaches for acute vestibular dysfunction found that all groups improved significantly, with no statistically significant differences between the exercise protocols.⁶ The takeaway is reassuring: the specific exercise protocol matters less than doing some form of structured vestibular rehabilitation consistently. A physical therapist with vestibular training can tailor a program, but the real variable is whether you do the exercises regularly at home.

Dietary Changes and When They Matter

Dietary advice for vertigo gets complicated because it’s highly condition-specific. For Ménière’s disease, which causes episodic vertigo along with hearing loss, tinnitus, and ear fullness, a low-salt diet is one of the most widely prescribed first-line treatments. The rationale is that excess sodium can worsen fluid buildup in the inner ear. One study found that patients who adhered to a low-sodium diet and maintained adequate water intake showed better hearing outcomes and greater improvements in dizziness scores compared to controls.⁷ A smaller long-term study followed patients on a low-salt diet for two years and found that those who reduced their sodium intake most aggressively achieved complete control of their vertigo attacks, with hearing improvements that were significantly better than in the less-compliant group.⁸

That said, the evidence base is thinner than you might expect given how universally the advice is dispensed. A Cochrane systematic review found no randomized controlled trials supporting or refuting salt, caffeine, or alcohol restriction for Ménière’s disease.⁹ The positive results come from observational and small controlled studies, which are suggestive but not definitive. Still, because the intervention is low-risk and the potential benefit is meaningful, most clinicians continue to recommend it.

For vestibular migraine, the dietary picture looks different. Here, the goal is identifying and avoiding personal migraine triggers rather than blanket sodium restriction. Common culprits include aged cheese, alcohol (especially red wine), processed meats, chocolate, and caffeine. A systematic review of diet and migraine found that most dietary interventions, including low-fat and elimination diets, were associated with fewer migraine attacks.¹⁰ Lifestyle modifications for vestibular migraine, including regulated mealtimes, improved sleep, regular exercise, and trigger avoidance, have been shown to improve quality of life in the majority of patients.¹¹

Hydration deserves a mention on its own. Inadequate water intake has been explored as a potential risk factor for vestibular disorders. The thinking is that proper hydration helps maintain normal fluid balance in the inner ear by keeping a hormone called vasopressin in check, which in turn helps regulate the volume of inner ear fluid.¹² While this isn’t a standalone treatment, drinking enough water is a reasonable baseline measure regardless of which type of vertigo you have.

Vitamin D and Preventing BPPV Recurrence

Once BPPV is treated, it has a frustrating tendency to come back. This is where vitamin D enters the picture. The calcium crystals (otoconia) in the inner ear that cause BPPV depend on calcium and vitamin D metabolism, and people with low vitamin D levels appear to have more frequent recurrences.

A large randomized trial assigned BPPV patients with low serum vitamin D to take 400 IU of vitamin D plus 500 mg of calcium carbonate twice daily for a year. The supplementation group experienced about 24% fewer recurrences per person-year compared to the observation group, and the proportion of patients who had any recurrence dropped from about 47% to 38%.¹³ A meta-analysis pooling data across studies confirmed a significant preventive effect, estimating that vitamin D supplementation reduced the risk of BPPV recurrence by roughly 63%.¹⁴ A more recent placebo-controlled trial also showed a significant reduction in recurrence at both six and twelve months.¹⁵

The benefit appears strongest in people whose vitamin D levels are actually low to begin with. If your levels are already normal, supplementation may not add much. But given that vitamin D deficiency is extremely common, and testing is straightforward, asking your doctor to check your level after a BPPV episode is a reasonable step, especially if you’ve had more than one episode.

Medications for Vertigo

Medications for vertigo generally fall into two categories: drugs that suppress the spinning sensation during an acute episode and drugs that target the underlying condition over the long term.

For acute relief, meclizine (sold over the counter in many countries as Antivert or Bonine) is one of the most commonly used options. A classic double-blind crossover study demonstrated that meclizine was significantly more effective than placebo in reducing the severity and frequency of vertigo attacks from vestibular causes, as well as the associated nausea and postural instability.¹⁶ Other vestibular suppressants include antihistamines, benzodiazepines, and certain calcium channel blockers, which may work through overlapping mechanisms in the brain.¹⁷ The important caveat with all suppressants is that they’re meant for short-term use. Taking them for weeks or months can actually slow vestibular compensation, the process by which your brain adapts to inner ear damage, which can make chronic dizziness worse over time.

Betahistine is widely prescribed outside the United States for Ménière’s disease and chronic vertigo. It works on histamine receptors in the brain and appears to support the neural recovery process after vestibular damage.¹⁸ A randomized double-blind trial comparing betahistine to ginkgo biloba extract (EGb 761) found that both treatments produced comparable improvements in vertigo severity and disability scores over 12 weeks, with no significant difference between them, though ginkgo was better tolerated.¹⁹ A more recent trial confirmed this pattern, with betahistine showing a brief early advantage at two weeks that disappeared by twelve weeks.²⁰ Ginkgo biloba isn’t a mainstream recommendation, but the trial data suggesting equivalence to betahistine is at least worth knowing about if you’re exploring options with your doctor.

Sleep Position and BPPV

If you’ve had BPPV, how you sleep may influence whether it comes back. A study examining sleep positions in BPPV patients found that those whose vertigo recurred were significantly more likely to sleep on the side of the affected ear.²¹ The explanation is mechanical: sleeping with the affected ear down places the semicircular canals in a position that makes it easier for loose crystals to drift back into the canal and clump together.

A randomized trial took this further by testing whether sleeping with the head elevated (about 30 to 45 degrees) could help patients with stubborn, recurrent BPPV. After six months, the head-up sleeping group had significantly lower symptom scores than the flat-sleeping group, and nystagmus had disappeared in 86% of the elevated-sleep group compared to 50% of controls.²² Using a wedge pillow or raising the head of your bed is a low-effort intervention worth trying if your BPPV keeps returning after treatment.

When to Worry About Vertigo

Most vertigo is caused by inner ear problems and, while deeply unpleasant, is not dangerous. But vertigo can occasionally signal a stroke affecting the brainstem or cerebellum, and those cases require urgent treatment. Distinguishing peripheral (inner ear) vertigo from central (brain) vertigo can be tricky because the symptoms overlap. A bedside exam called the HINTS test (Head Impulse, Nystagmus, Test of Skew) has been shown to be remarkably accurate for trained examiners. In one diagnostic cohort study, the HINTS test achieved 97% sensitivity for identifying central causes.²³

However, a real-world emergency department study found lower accuracy when less specialized clinicians performed the exam, with sensitivity around 81% and a meaningful false-negative rate, meaning the test alone shouldn’t be relied upon to rule out central causes.²⁴ For you as a patient, the practical takeaway is: if your vertigo came on suddenly and is continuous (not triggered only by head movements), especially if it’s accompanied by new headache, trouble walking, double vision, slurred speech, or numbness on one side, get to an emergency department. Brief episodes provoked by rolling over in bed or looking up are much more likely to be BPPV.

Virtual Reality in Vestibular Rehabilitation

Conventional vestibular rehabilitation can feel monotonous, and adherence drops when patients lose motivation. Virtual reality (VR) has emerged as a way to make the same balance and habituation exercises more engaging. The concept is straightforward: patients perform head movements and balance challenges while immersed in a virtual environment, which gives the brain a richer set of sensory signals to adapt to.

A study of 20 patients with peripheral vestibular dysfunction found that VR-based rehabilitation produced symptom improvements comparable to conventional therapy, but patients in the VR group reported significantly higher satisfaction and experienced faster symptom improvement during the course of treatment.²⁵ Another study found that VR-based vestibular rehabilitation led to significant improvements in dizziness handicap scores, postural stability, and movement control, with benefits maintained at an eight-week follow-up.²⁶ A systematic review and meta-analysis noted that VR’s primary advantage may lie in achieving better habituation and adaptation through greater patient motivation, rather than through a fundamentally different therapeutic mechanism.²⁷

VR rehabilitation is still mainly available through specialized clinics, but as consumer headsets become cheaper and clinical software becomes more accessible, it’s likely to become a more common option. It’s worth asking about if you’re finding traditional exercises tedious or if standard rehabilitation has plateaued.

The Anxiety-Dizziness Loop

Vertigo and anxiety have a bidirectional relationship that can trap people in a frustrating cycle. A vestibular event triggers fear and hypervigilance about movement, which in turn heightens the brain’s sensitivity to normal motion signals, which perpetuates the dizziness. In some people this develops into a recognized condition called persistent postural-perceptual dizziness (PPPD), a functional neurological disorder where feelings of dizziness persist long after the original vestibular event has resolved. Anxiety and depression are the psychiatric symptoms most commonly associated with PPPD, and both psychotherapy and certain medications (particularly SSRIs and SNRIs) can reduce the dizziness alongside the mood symptoms.²⁸

If your dizziness is constant, worsened by visually complex environments like grocery stores or scrolling screens, and not clearly triggered by specific head positions, PPPD is worth discussing with your doctor. Vestibular rehabilitation still helps with PPPD, but addressing the psychological component is often essential for full recovery.

Cervicogenic Dizziness

Sometimes what feels like vertigo originates not in the ear or brain but in the neck. Cervicogenic dizziness is characterized by a sense of imbalance and unsteadiness closely linked to neck pain and stiffness. It typically worsens with certain neck positions or after prolonged postures like desk work. The diagnosis can be frustrating because there’s no single definitive test for it; it’s reached by correlating symptoms with neck pathology while ruling out other vestibular causes.²⁹

Treatment for cervicogenic dizziness is different from the approaches discussed above. Manual therapy, stretching, and strengthening exercises for the deep neck flexors tend to be more effective than inner-ear-focused interventions. If you notice that your dizziness consistently tracks with neck pain and stiffness rather than with changes in head position relative to gravity, it’s worth bringing this up specifically with your provider, because the standard referral pathway for vertigo often routes patients to ear specialists who may not evaluate cervical contributions.

Acupressure for Nausea During Vertigo Episodes

The nausea and sweating that accompany acute vertigo can sometimes be as debilitating as the spinning itself. Acupressure at the P6 point on the inner wrist, the same point targeted by anti-seasickness wristbands, has shown some benefit for the autonomic symptoms that ride alongside vertigo. A double-blind randomized study found that 85% of patients using a P6 acupressure device reported improvement in symptoms like nausea and sweating, compared to 11% in the control group. The acupressure did not reduce the vertigo itself or change the underlying vestibular response, but for patients whose biggest problem in the moment is the nausea, it can provide meaningful relief.³⁰ Wristbands applying pressure to this point are inexpensive and available at most pharmacies, making this an easy complement to other treatments.