Vertigo, light-headedness, dizziness: if the room seems to spin, if you suddenly lose your balance or feel constantly unsteady, it is natural to look for a series of movements to do at home. The good news is that they exist and that they work. The less comfortable news is that they do not all work in the same way, and above all they do not work for all kinds of vertigo: the same exercises that help a great deal in one case may be almost useless in another.
For this reason, the article does not start with the exercises, but with two things that come first: when vertigo should not be handled at home, and what the research really says about how effective each technique is. Then we look at all the techniques, with practical guidance on how to carry them out.
⚠ Important: read this before continuing
The exercises and advice in this article are general indications and may not suit your situation. Everyone has a unique clinical history: what works for others could be counterproductive for you.
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Vertigo, light-headedness, dizziness: they are not the same thing
It is worth clarifying this straight away, because the word you use changes where you go to look for the cause.
True vertigo is a sensation of rotation: the room spins around you, or you are the one spinning. It lasts from seconds to hours, often worsens with head movements, and may come with nausea. It is the picture in which the inner ear is the main suspect, and it is also the one where repositioning manoeuvres and vestibular rehabilitation have their clearest role.
Light-headedness and dizziness describe something different: a sense of unsteadiness, a feeling of lightness in the head, the impression that you are about to faint, instability without rotation. Here general causes weigh more heavily: low blood pressure, medication, dehydration, heart rhythm disturbances, anxiety, anaemia. The first step is the doctor, not exercises.
A third picture is constant instability when walking, without rotation and without the sensation of fainting: it is more typical of older people and of those who have had an uncompensated vestibular problem, and it is precisely the territory of balance rehabilitation.
How to use this in practice: if your spontaneous description is everything is spinning, keep reading: much of this page is relevant to you. If instead it is my head is swimming in the sense of unsteadiness or lightness, talk to your doctor first: the exercises remain useful for balance, but they do not address the cause.
First of all: the signs that should not be handled at home
Vertigo is a symptom, not a diagnosis. Most of the time it originates in the inner ear and is benign, but a minority of cases come from the brain, and this minority cannot be recognised by how much the room is spinning.
See a doctor straight away, or go to A&E, if even one of these appears:
- vertigo that came on suddenly and is continuous, lasting hours or days with nausea and marked unsteadiness, especially if you have cardiovascular risk factors (hypertension, diabetes, smoking, atrial fibrillation, previous stroke);
- unusual or severe headache, different from the ones you are used to;
- double vision, difficulty speaking or swallowing, weakness or tingling in one arm, one leg or half the face, uncoordinated movements;
- sudden hearing loss or a new tinnitus in one ear only;
- inability to stand or walk without support, or falls;
- vertigo that appears after a head or neck injury;
- vertigo with chest pain, palpitations or fainting.
The reason for such caution lies in one specific finding. A prospective study enrolled 101 patients who presented with acute vestibular syndrome and at least one risk factor for stroke: in that selected population, not in vertigo in general, where the great majority of cases remain benign, the lesions were peripheral in 25 cases and central in 76, of which 69 were ischaemic strokes. A three-step bedside examination (the head impulse test, observation of nystagmus, and the test of skew deviation, together known as HINTS) proved 100% sensitive and 96% specific for stroke. In the same study, early diffusion-weighted MRI was falsely negative in 12% of cases, all within 48 hours of onset.
Two practical conclusions follow. The first: the examination that distinguishes peripheral from central vertigo exists and is quick, but it is performed by a trained clinician, not in front of a mirror. The second: if the picture is suspicious, a negative instrumental test in the first hours is not enough to close the question.
What the research really says about exercises for vertigo
Here is the distinction that changes everything, and which is missing from most popular articles.
If the problem is a unilateral peripheral vestibular deficit, meaning an inner ear that works less well than the other after neuritis, an infection, a trauma or an operation, vestibular rehabilitation works. The 2015 Cochrane review included 39 studies with a total of 2,441 participants and found a statistically significant effect in favour of rehabilitation compared with control or no intervention on the frequency of vertigo (odds ratio 2.67; 95% confidence interval 1.85 to 3.86; four studies, 565 participants). On measures of activity and participation, such as the Dizziness Handicap Inventory, the difference points in the same direction (standardised mean difference -0.83; 95% CI -1.02 to -0.64), although the authors describe this with cautious wording, as a strong trend towards a significant difference. The authors speak of moderate to strong evidence, and no adverse effects were reported.
If the problem is benign paroxysmal positional vertigo (BPPV), the kind that lasts a few seconds and is triggered by turning over in bed or lifting the head, and which the Cochrane review describes as a common cause of vertigo both in general practice and in ENT clinics, the same review says the opposite of what one might expect: physical repositioning manoeuvres were superior to exercise-based rehabilitation in the short term (odds ratio 0.19; 95% CI 0.07 to 0.49 in favour of the manoeuvres). The combination of the two remains useful for longer-term functional recovery, but exercise alone, in this case, is not the way forward.
Put directly: vertigo exercises are not a single package to apply with your eyes closed. First you understand what kind of vertigo it is, then you choose the tool. Choosing the wrong category is not dangerous, but it is the most effective way to lose weeks.
An honest caveat about "how much": the same Cochrane review concludes that there is not enough evidence to establish which form of vestibular rehabilitation is better than the others. Anyone who promises you the optimal protocol down to the minute is going beyond the available data.
How the vestibular system works (and why it goes wrong)
In the inner ear there are three semicircular canals, which detect rotations of the head, and two otolith organs, which detect linear accelerations and position relative to gravity. This information is continuously compared with that from vision and with proprioceptive information from the neck, hips and feet.
As long as the three sources of information tell the same story, you notice nothing. When one of the three starts to give false information, the brain receives conflicting versions of the same scene, and the result is vertigo. The possible causes are many: viral infections of the vestibular nerve, displaced otoliths, trauma, ageing, Ménière's disease, vestibular migraine, medication.
Recovery follows two different mechanisms. In BPPV, the task is to physically put back the calcium carbonate crystals that have ended up where they should not be: it is a mechanical problem and is resolved by a sequence of head positions. In the other cases, the task is instead to recalibrate the system, exploiting the brain's plasticity so that it learns to rely more on the remaining information, visual and proprioceptive. These are two opposite logics, and that is the reason the same movements have such different effects depending on the diagnosis.
BPPV: repositioning manoeuvres
The diagnosis of posterior canal BPPV, according to the American guideline updated in 2017, is made when the Dix-Hallpike manoeuvre, moving from sitting to lying supine with the head turned 45 degrees towards one side and the neck extended 20 degrees, with the affected ear down, provokes vertigo together with torsional, upbeating nystagmus. If the Dix-Hallpike shows horizontal nystagmus or no nystagmus, the same guideline recommends moving on to the supine roll test for the lateral canal, because the treatment manoeuvre changes.
This is the point where the article must be dull rather than enthusiastic: the right manoeuvre depends on which ear and which canal are involved, and this is established by a positional test, not by the subjective sense that you "spin more to the right".
An important point: before trying these exercises, make sure you have received a correct diagnosis. People often assume they have one problem, but the real cause of the pain is something else. Doing the wrong exercises can make the situation worse rather than better.
The Epley manoeuvre
It is the reference manoeuvre for posterior canal BPPV, and the guideline recommends it strongly. The dedicated Cochrane review included 11 studies with 745 patients: complete resolution of vertigo occurred significantly more often in the Epley group than with a sham manoeuvre or control (odds ratio 4.42; 95% CI 2.62 to 7.44; five studies, 273 participants), with the proportion of patients resolved rising from 21% to 56%. The conversion of the Dix-Hallpike from positive to negative was even clearer (odds ratio 9.62; 95% CI 6.0 to 15.42; eight studies, 507 participants). The same authors note the limits of the picture: the eleven studies are mostly small and have relatively short follow-up.
It is worth pausing on that 56%. It is an excellent result for a treatment that takes a few minutes and costs nothing, but it is not the 80-90% cure at the first attempt that is quoted almost everywhere: roughly one person in two leaves the manoeuvre with vertigo still present and needs to repeat it or be reassessed. In the same review, recurrence after treatment was 36%: BPPV comes back, and that is not a failure of the treatment.
The outline, for a right-sided BPPV: sitting on the bed, head turned 45 degrees to the right. Lie back quickly with the head slightly beyond the edge of the bed, and hold the position until the vertigo and nystagmus subside. Then turn the head 90 degrees to the left and wait again. Roll the whole body onto the left side, with the head turned downwards, and wait again. Return slowly to sitting. For a left-sided BPPV, everything is mirrored.
One detail that survives in popular accounts but not in the guidelines: after the manoeuvre no postural restrictions are needed. Sleeping propped up or avoiding bending the head for days is a recommendation against which the 2017 guideline speaks explicitly and firmly.
The Semont manoeuvre
It is the alternative, and the Cochrane review concludes that the results of the Epley are comparable with those of the Semont. It is worth knowing, however, what that direct comparison rests on: it concerns the conversion of the Dix-Hallpike test from positive to negative (two studies, 117 participants), where no difference emerged, while none of the studies that compared the Epley with other manoeuvres measured resolution of vertigo. On the symptom, in other words, the head-to-head comparison simply does not exist.
The execution: start seated with the legs off the bed and the head turned 45 degrees towards the healthy side; drop quickly onto the side of the affected ear and wait; then, without turning the head relative to the shoulders, move quickly to the opposite side and wait again; finally return to sitting.
There is, however, a useful finding for those who want to do it alone. In a study of 70 people with posterior canal BPPV treating themselves at home, the response at one week (no positional vertigo and no nystagmus on testing) was 95% in the group using the modified Epley manoeuvre (37 people), against 58% in the group with the modified Semont (33 people). The authors attribute the failures in the second group to incorrect execution: the Semont requires a rapid, coordinated transition which, on one's own, is harder to get right. If you must choose one manoeuvre to do independently, the Epley is the more tolerant of errors.
Brandt-Daroff exercises
These are among the best known, and they are also the ones with the weakest support. In one of the studies included in the Cochrane review, a single Epley manoeuvre was superior to one week of Brandt-Daroff performed three times a day (odds ratio 12.38; 95% CI 4.32 to 35.47; 81 participants). It is a single study, but it points in the same direction as the review's overall conclusion, which identifies the Epley as superior to Brandt-Daroff exercises. The comparison is stark, and it is worth bearing in mind before investing weeks in it.
The execution: sitting on the edge of the bed, lie quickly onto one side with the head turned upward 45 degrees, stay there until the vertigo subsides, return to sitting, wait for any dizziness to pass, and repeat on the other side.
Does it make sense anyway? Yes, in two situations: when the repositioning manoeuvre cannot be performed or is not tolerated, and as habituation work once positional vertigo has already been resolved but residual sensitivity to changes of position remains. The 2017 guideline, moreover, places vestibular rehabilitation in BPPV, whether self-administered or with a clinician, among the options, not among the recommendations: a weaker level than the one with which it recommends the repositioning manoeuvre. So it is not a first choice to replace the Epley.
A note on tolerability, from the same review: nausea during the manoeuvres was reported in between 16.7% and 32% of cases, and some patients could not perform them because of cervical spine problems. If you have a problematic neck, significant osteoarthritis or a known instability, the manoeuvre should be adapted by a professional.
Gaze stabilisation: the heart of vestibular rehabilitation
Here we change chapter. These are the vertigo exercises that research supports most strongly, and they are not used for BPPV: they are used when one inner ear works less well than the other and the vestibulo-ocular reflex, the one that keeps the image steady on the retina while the head moves, has lost precision. The typical symptom is not the room spinning for a few seconds, but the world "jumping" or blurring when you walk or turn your head.
VOR x1. Seated, fix your gaze on a small, well-defined target (a printed letter) held at arm's length. Move your head from side to side, keeping your eyes locked on the target, which stays still. Start slowly and increase speed only up to the point where the letter remains readable: if it blurs, you have gone too fast and the exercise stops training what it is meant to train.
VOR x2. The progression: the target is held in the hand and moved in one direction while the head rotates in the opposite direction, with the gaze still fixed. Much more demanding, it should be introduced once the first exercise has become easy.
Reading on the move. You read a text while your head sways, gradually increasing the speed. This is the functional version: it helps transfer the gains into everyday situations, such as reading signs in a station while looking around you.
The principle common to all three: a slight dizziness during the exercise is expected and is not harmful; it is the signal that the system is receiving the stimulus it needs to recalibrate. Dizziness that leaves you out of action for the rest of the day, on the other hand, means the dosage is wrong. In clinical practice, short sessions repeated through the day are preferred to a single exhausting session, but this is a matter of common sense and tolerability: as already seen, the Cochrane review does not allow us to say which schedule is superior.
Balance: training plan B
When the vestibular deficit is permanent, the brain must rely more on vision and proprioception. Balance exercises serve exactly this purpose, and they are built by progressively removing stability.
- Narrow base. Standing, bring your feet together until they touch and hold the position. When it becomes easy, close your eyes: by removing vision, you force the system to work with the other two sources.
- Single-leg stance. Lift one foot off the ground, at first holding on to a support, then without, then eventually with your eyes closed.
- Walking on heels and toes. A short stretch for each, as far as you can walk while staying controlled, to challenge dynamic balance and work the stabilising muscles of the foot and ankle.
- Tandem walking. Walk along an imaginary line, placing the heel of one foot against the toe of the other. It is demanding and should be tried near a wall.
- Unstable surfaces. Cushion, proprioceptive mat, wobble board: these are the advanced stage, not the starting point.
The safety rule applies to all of them: work at the edge of your balance, not beyond it. You must be able to lose your balance without falling, so stay near a support surface and, in the first sessions, have someone at home with you.
Habituation: facing what causes discomfort
Habituation exercises do the most counterintuitive thing in the programme: they deliberately repeat the movement that triggers the symptom, in order to progressively reduce the nervous system's response to that stimulus. They are indicated when specific movements (turning over, bending down, standing up quickly) provoke dizziness even well after the initial episode.
In practice, you identify the two or three movements that bother you and repeat them in sets, with pauses, accepting a moderate discomfort that must decrease over the course of the set and over the following sessions. If after two weeks the discomfort is the same as on day one, the exercise is not the right one, or the diagnosis needs revisiting.
Repeated changes of position also belong here (from sitting to supine, then onto the right side, then onto the left side), along with head rotations at increasing speed.
Building the programme: what we can say and what we cannot
You will not find here a table with minutes and repetitions per minute, and the reason is one we have already seen: the Cochrane review explicitly states that there is not enough evidence to establish which form of vestibular rehabilitation is superior. A protocol detailed to the second would give an impression of precision that the data do not support.
What does hold up is the method for putting vertigo exercises in order:
- Diagnosis first. BPPV and vestibular deficit are different paths. If you do not know which one you have, do not start.
- Little and often. Short sessions spread through the day are generally more tolerable than a single session; this is a practical criterion, not a dosage proven superior.
- Symptoms guide the dosage. Slight dizziness during the exercise: fine. Intense nausea, vomiting, cold sweating, a sense of fainting: stop and reduce.
- Progress when the current level is easy, not according to a calendar.
- Keep a diary. What you did, for how long, and what you felt. It is the only way to distinguish a real improvement from a good day.
- Reassess. The guideline advises checking the situation within a month of starting treatment or observation, to document whether the symptoms have resolved or persist.
Two further warnings. The same guideline advises against routine use of vestibular suppressant drugs, such as antihistamines and benzodiazepines, in BPPV: they dampen the symptom but slow down compensation. And it advises against routine imaging and vestibular tests when the picture is typical and there are no discordant signs.
When you need a professional
Beyond the warning signs listed at the start, it makes sense to be assessed when the vertigo does not resolve within a few weeks, when it returns frequently, when you have already tried a manoeuvre without result, when you have had falls, or when fear of moving is reducing your life.
On this point we are bound to be honest, even when it does not suit us. A systematic review from 2021 compared supervised vestibular rehabilitation with unsupervised programmes (home exercise, usual care) in unilateral vestibular deficit: six randomised studies were included, only one of which was judged high quality on the PEDro scale. Most report better results with supervision for vertigo, balance and emotional state, but the authors conclude that no strong evidence emerged that supervision is superior to self-directed protocols, partly because of the limits of the subjective measures used. Anyone who tells you that you will not recover without a therapist is overstating things.
The value of a professional, therefore, does not lie in watching you do the vertigo exercises. It lies in deciding which exercises, in recognising when the picture is not that of benign vertigo, in teaching you to carry out the manoeuvre correctly and in advancing the programme instead of leaving it stalled for months.
A clarification on the point of execution, so as not to make the data say more than they do: in the self-treatment study, the 95% and the 58% are the results of two different manoeuvres, both performed by patients on their own, not of a supervised group against one left to itself. What the authors observe is that the failures in the Semont group were linked to incorrect execution of that manoeuvre, which is harder to perform alone. It is a hint that execution matters, not a measure of how much supervision matters.
Remote rehabilitation: what it can and cannot do at a distance
With Ri-Hub, a physiotherapist can take your clinical history, recognise the signs that require medical assessment, guide you step by step through executing the correct manoeuvre, correct the amplitude and speed with which you perform the vertigo exercises based on eye and head movements, and build a progression that takes into account how you respond. Not having to travel, when every bend in the car triggers the symptom, is a concrete advantage.
There are, however, limits worth discussing. Some positional tests are performed better with the therapist supporting your head; and where a central origin is suspected, the indication is not a remote session but a doctor, immediately.
Remote rehabilitation for vertigo costs 29,90 euros per session, with flexible timings and no need to travel.
You might also be interested in:
Neck Pain and Vertigo: The Connection and What to Do Single-Leg Balance: The Test and the Exercises Home Balance Exercises: Improving Stability
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Sources
- Vestibular rehabilitation for unilateral peripheral vestibular dysfunction, Cochrane Database of Systematic Reviews, 2015
- The Epley (canalith repositioning) manoeuvre for benign paroxysmal positional vertigo, Cochrane Database of Systematic Reviews, 2014
- Clinical Practice Guideline: Benign Paroxysmal Positional Vertigo (Update), Otolaryngology–Head and Neck Surgery, 2017
- Self-treatment of benign paroxysmal positional vertigo: Semont maneuver vs Epley procedure, Neurology, 2004
- HINTS to diagnose stroke in the acute vestibular syndrome: three-step bedside oculomotor examination more sensitive than early MRI diffusion-weighted imaging, Stroke, 2009
- The Effect of Supervision in Vestibular Rehabilitation in Patients with Acute or Chronic Unilateral Vestibular Dysfunction: A Systematic Review, Otology & Neurotology, 2021
Last source check: August 2026.
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