Vestibular Exercises You Can Do at Home to Reduce Motion Sickness
These four exercises target the root cause of motion sickness — and you can start them today in your living room.
If you've dealt with motion sickness for any length of time, you've probably accumulated a long list of things to avoid. Don't read in the car. Don't sit in the backseat. Don't look at your phone on the bus. Don't ride roller coasters. Don't play VR games for more than ten minutes.
Avoidance works in the moment, but it doesn't solve anything. You're just shrinking your life around the problem.
What if you could do the opposite — actively train your brain to handle motion better, so the problem itself gets smaller? That's what vestibular exercises do. They target the sensory processing systems responsible for motion sickness and progressively improve their function, the same way physical therapy strengthens a weak joint.
The exercises in this article are based on principles from clinical vestibular rehabilitation and the visuospatial training approach studied at the University of Warwick. They're safe, they require no equipment, and they take about 10 to 15 minutes per day. Most people notice initial improvement within the first week.
Why exercises work when pills don't
This distinction matters, so let's make it clear upfront.
Motion sickness medications like Dramamine work by blocking the nausea signal in your brain. They mute the symptom. That's useful if you have a flight in two hours, but it doesn't change anything about how your brain processes motion. Tomorrow, you're just as susceptible as you were yesterday.
Vestibular exercises take a different approach entirely. They target the underlying system — the way your brain integrates information from your eyes, inner ear, and body position sensors. When those three systems send conflicting signals (your eyes say "still" while your inner ear says "moving"), your brain interprets the conflict as a threat and triggers nausea. Exercises train your brain to resolve the conflict instead of being overwhelmed by it.
The key mechanism is habituation — the well-documented process by which repeated exposure to a stimulus reduces the response to it. Your brain learns, through consistent practice, that sensory conflict during motion isn't dangerous. The alarm bell gets quieter. Eventually, situations that used to make you sick produce little or no reaction.
For a deeper look at why this works at the neurological level, read our guide to the science behind sensory conflict and motion sickness.
Exercise 1: Gaze stabilization
What it trains: Your vestibulo-ocular reflex (VOR) — the brain mechanism that keeps your vision stable while your head moves.
Why it matters: When your VOR is sharp, your brain does a better job matching visual input with vestibular input during motion. The sensory conflict is smaller, so the nausea response is weaker. A sluggish VOR means your eyes and inner ear are slightly "out of sync" during head movement, amplifying the conflict.
How to do it
Sit comfortably in a chair. Hold a card, sticky note, or your thumb at arm's length, roughly at eye level. Pick a single focal point — a letter, a word, or a small mark.
- Phase 1 — Horizontal. Keep your eyes locked on the focal point. Slowly turn your head left then right while keeping the card stationary and your gaze fixed. Start with a small range of motion — about 20 degrees each direction — at a slow, controlled speed. Continue for 30 seconds.
- Phase 2 — Vertical. Same setup, but nod your head up and down while keeping your eyes locked on the focal point. Smooth and slow. Thirty seconds.
- Phase 3 — Increase the challenge. As the exercise feels easier, gradually increase head speed and range of motion. You can also move the card in the opposite direction from your head — head goes left, card goes right — which forces your VOR to work harder.
- Phase 4 — Standing and walking. Once seated practice feels comfortable, try the same exercise while standing, then while walking slowly in a straight line. Each progression adds proprioceptive complexity, giving your brain more sensory inputs to integrate simultaneously.
How it should feel
You might notice mild dizziness or slight visual instability, especially in the first few days. This is normal and productive — it means your VOR is being challenged, which is how it improves. If you feel significant nausea, slow your head speed and reduce your range of motion. The goal is mild challenge, not misery.
Duration: Start with 2 minutes per session. Build to 4 to 5 minutes by the end of week one.
Gaze stabilization is one of the first exercises we built into Motion Relief's program. In early testing, we found that the pacing of progression matters enormously — going too fast in week one is the most common reason people plateau. Our program customizes the progression speed based on your baseline assessment results, so you're always working at the edge of your tolerance without pushing past it.
Exercise 2: Optokinetic stimulation
What it trains: Your brain's ability to maintain spatial orientation when visual input is overwhelming or conflicting with vestibular signals.
Why it matters: Many motion sickness triggers involve situations where the visual scene moves in ways that conflict with what your body feels — scrolling your phone in a car, watching first-person video games, being below deck on a ship while the ocean rolls. Optokinetic stimulation deliberately creates a controlled version of this visual-vestibular mismatch, giving your brain a safe training ground to practice resolving it.
How to do it
You'll need a video of slowly moving stripes or a repeating pattern. Search YouTube for "optokinetic drum video" or "optokinetic stimulation for vestibular rehab" — there are many free options designed specifically for this purpose. Choose a video with simple, high-contrast stripes moving horizontally across the screen.
- Step 1. Sit comfortably in front of a screen. Play the optokinetic video and let your eyes naturally follow the moving stripes without trying to fixate on a single point. Keep your head still.
- Step 2. Start with just 60 seconds on Day 1. This is often enough to produce a noticeable sensation — a mild feeling of being "pulled" in the direction of the stripes, slight unsteadiness, or gentle queasiness. This is the visual-vestibular conflict happening in a controlled way.
- Step 3. Increase duration gradually: 60 seconds on Days 1–3, 90 seconds on Days 4–6, 2 minutes on Days 7–10, up to 3 minutes by Day 14. Only increase if the previous duration felt manageable.
- Step 4. To progress further, try gently turning your head side to side during the video. This adds vestibular input on top of the visual conflict, creating a more complex integration challenge.
How it should feel
Mild discomfort is the signal that adaptation is happening. Think of it like the muscle burn during a good workout — it's not damage, it's the stimulus that drives improvement. If you feel significant nausea, stop the video, look at a stationary object, and take a break. Resume with a shorter duration next session. Never push through to the point of actual sickness. The goal is to approach the edge of your tolerance, not crash past it.
Duration: 1 to 3 minutes per session, progressing gradually over 14 days.
Important: If you have a history of seizures or photosensitive epilepsy, skip this exercise and focus on the other three. The moving pattern could be a trigger.
Exercise 3: Spatial orientation challenges
What it trains: Your visuospatial processing ability — the brain's capacity to understand, remember, and mentally manipulate spatial relationships.
Why it matters: This is the specific skill targeted in the University of Warwick study that produced a 51 to 58 percent reduction in motion sickness susceptibility. The researchers found that people with stronger visuospatial abilities tend to have lower motion sickness susceptibility, and that training these abilities directly reduced susceptibility in people who started with high vulnerability. A brain with stronger spatial processing can more efficiently resolve sensory conflicts — it has a better internal model of where the body is in space, so it's less easily confused by mismatched signals.
Find Out What's Causing Your Motion Sickness
Take our free 2-minute assessment to get a personalized motion sickness profile — and a science-backed plan to reduce your symptoms.
How to do it
Unlike the first two exercises, these are cognitive tasks, not physical ones. You can do them sitting at a desk, on your couch, or even in bed. Rotate through three types:
Mental rotation tasks
Look at an image of a three-dimensional object — connected blocks, an abstract shape, a letter — and mentally rotate it. Compare it to other versions and identify which are rotations of the same object versus mirror images. Search for "mental rotation test" or "Shepard and Metzler mental rotation" online for free browser-based versions.
Spatial memory games
A grid of tiles flips to reveal a pattern for a few seconds, then flips back. Recreate the positions from memory. Start with a 3×3 grid and work up to 5×5 or larger. Another variation: study a simple map or floor plan for 30 seconds, then draw it from memory. This directly trains the spatial memory circuits involved in self-orientation.
Paper folding and cross-section visualization
Look at an image of a piece of paper being folded, then mentally predict what it looks like unfolded — or where a hole punch would appear. These exercises force your brain to track three-dimensional transformations, strengthening the same processing pathways involved in motion-related spatial orientation. Free practice sets are widely available on spatial reasoning test sites.
How it should feel
These exercises should feel mentally engaging — like a puzzle that requires concentration. They shouldn't cause any nausea or physical discomfort. If you find them extremely easy, increase the difficulty. If they're frustrating, scale back — the goal is a moderate challenge, not an IQ test.
Duration: 5 minutes per session, rotating between the three types.
Exercise 4: Progressive motion exposure
What it trains: Your brain's tolerance for your specific motion sickness trigger through direct, graduated habituation.
Why it matters: The first three exercises improve the foundational processing skills that underlie motion sickness resistance. This fourth exercise applies those skills to the actual situations that make you sick. It's the bridge between "lab training" and real-world results. Habituation research consistently shows that controlled, progressive exposure is the most effective way to reduce sensitivity to a stimulus — whether that stimulus is a phobia, an allergen, or a motion-induced sensory conflict.
If your trigger is car sickness
- Days 1–2: Sit in a parked car and read a book or scroll your phone for 5 minutes. No motion — you're establishing the visual-environment pairing in a safe context.
- Days 3–4: Have someone drive you on a straight, smooth road at a steady speed. Look at your phone for 30 seconds, then look up at the horizon for 30 seconds. Alternate for 5 minutes.
- Days 5–7: Same setup, but increase phone time to 60 seconds before looking up. Introduce gentle curves.
- Days 8–10: Extend phone time to 2 minutes. Include moderate curves and some stop-and-go.
- Days 11–14: Attempt longer stretches of reading or phone use in progressively more challenging conditions. Backseat if possible — it's harder than front seat.
If your trigger is VR sickness
- Days 1–2: Put on the headset and sit in a stationary VR environment for 5 to 10 minutes. No locomotion.
- Days 3–4: Try a slow, teleportation-based movement game. Sessions of 10 minutes.
- Days 5–7: Introduce smooth locomotion at slow speed. Limit sessions to 10 to 15 minutes. Stop before symptoms become significant.
- Days 8–10: Increase session length and movement speed gradually.
- Days 11–14: Attempt the types of VR content that previously triggered your worst symptoms. You should notice a meaningfully higher tolerance.
If your trigger is boat or seasickness
Without actual boat access, simulate aspects of the experience: watch POV boat footage on a screen while seated — start with calm water, progress to rougher conditions. Standing on a balance board or wobble cushion while watching adds a proprioceptive challenge that mimics some elements of being on water. If you do have boat access, apply the same graduation principle: short trips in calm water first, then progressively longer trips and rougher conditions.
The universal rule
Stop before symptoms become severe. You want to approach the boundary of your tolerance, rest, and try again next session. Each time, the boundary moves a little further out. Pushing past the boundary into full-blown nausea is counterproductive — it creates a negative association that can actually increase anxiety-driven sensitivity.
Duration: 5 to 15 minutes per session, depending on your trigger type and tolerance level.
Progressive motion exposure is where Motion Relief's personalization matters most. The timelines above are general — but optimal pacing depends on your specific severity score and rate of adaptation. We found in user testing that some people need to spend an extra two or three days on early phases before they're ready to progress, while others move through them faster. Motion Relief's program builds a personalized progression based on your trigger type and baseline score, so you're not guessing at the pacing and risking a setback that kills your momentum.
How to build these into a daily routine
The research supporting these exercises used daily sessions of roughly 15 minutes over 14 consecutive days. Here's a practical structure:
A sample daily session (15 minutes)
- Gaze stabilization — 3 minutes
- Optokinetic stimulation — 2 minutes
- Spatial orientation challenge — 5 minutes
- Progressive motion exposure — 5 minutes
Timing: Morning sessions tend to produce slightly better results for most people. Your vestibular system is fresh, your attention is sharper, and you have the rest of the day for your brain to consolidate the adaptation. That said, any consistent time works — the most important factor is doing it daily.
Tracking your progress: Before you start, rate your overall motion sickness sensitivity on a 1 to 10 scale (1 = never bothered, 10 = debilitated). Write it down. Re-rate yourself every three days. Most people notice their first improvement between Day 3 and Day 5 — often as a subtle shift, like realizing they can glance at their phone in a car for a minute without the familiar warning twinge. By Day 10 to 14, the improvement is typically unmistakable.
For a detailed breakdown of what each stage of improvement typically looks like, see our article on how long it takes to overcome motion sickness with training.
What if you miss a day? One missed day isn't a big deal. Two consecutive missed days will slow your progress slightly. Three or more missed days may reset some of the early adaptation gains. If life happens and you miss several days, simply resume where you left off and add a few extra days to the end of your program. The adaptation isn't lost — it just needs reinforcement.
When a structured program makes sense
The exercises in this article are genuine and effective. You can absolutely make progress using them on your own. But there are a few limitations of the DIY approach worth understanding:
Progression pacing is guesswork
How fast should you increase the difficulty of gaze stabilization? When is the right time to move from stationary VR to smooth locomotion? The exercises above give general timelines, but optimal pacing depends on your specific severity, trigger type, and rate of adaptation. Too slow, and you're leaving improvement on the table. Too fast, and you risk a setback that kills your motivation.
Accountability is hard to self-provide
The critical window for dropout is Days 4 to 7, when improvement is subtle and the exercises feel tedious. Without external structure, many people quit right before the adaptation curve starts to accelerate.
Baseline and progress measurement is limited
Subjective 1-to-10 ratings capture general trends, but they don't measure the specific processing improvements happening in your vestibular and visuospatial systems. Without a validated assessment, it's hard to know whether your training is working as well as it could or whether you need to adjust.
Motion Relief was designed to solve exactly these problems. The program starts with a baseline assessment that measures your current susceptibility and identifies your specific triggers. It then builds a personalized 14-day training plan that progresses at the right pace for your starting point. Daily reminders keep you consistent. Progress tracking shows you measurable improvement, not just how you feel.
The foundational assessment is free. Every paid plan includes a 30-day money-back guarantee — if the training doesn't improve your motion sickness, you pay nothing.
What convinced me that structured progression matters more than just knowing the exercises was watching people try to DIY their training. The exercises aren't complicated — the hard part is knowing when to push and when to hold. I saw people plateau because they rushed early phases, and I saw people quit at Day 5 because the results weren't dramatic yet. Building the right pacing and accountability into the program directly addresses the two failure modes I saw most often.
Start today, not next trip
Most people discover vestibular exercises the night before a cruise or the morning of a road trip — which is exactly when they're least useful. These exercises require consistency over time, not a last-minute cram session.
The best time to start is now, while you're not in a motion situation, while the pressure is off, and while you have 14 uninterrupted days to build a routine. If your next trip is more than two weeks away, you have time to complete the full program before you go. If it's sooner, start now and use medication for the trip while your training takes effect — the two approaches complement each other perfectly.
Your brain is ready to learn. It's been ready all along. You just haven't given it the right practice.
Take the free Motion Relief assessment →
Find out your motion sickness severity score, identify your specific triggers, and get a personalized 14-day training plan — in under 3 minutes.
Sources cited in this article:
- Smyth, J. et al. (2021). "A novel method for reducing motion sickness susceptibility through training visuospatial ability — A two-part study." Applied Ergonomics, 90, 103264.
- Herdman, S.J. & Clendaniel, R.A. (2014). Vestibular Rehabilitation (4th ed.). F.A. Davis Company.
- Shepard, R.N. & Metzler, J. (1971). "Mental rotation of three-dimensional objects." Science, 171(3972), 701–703.
- Horak, F.B. (2010). "Vestibular rehabilitation: an effective, evidence-based treatment." ASHA Leader, 15(2), 16.
- Golding, J.F. (2006). "Predicting individual differences in motion sickness susceptibility by questionnaire." Personality and Individual Differences, 41(2), 237–248.
- Lackner, J.R. (2014). "Motion sickness: more than nausea and vomiting." Experimental Brain Research, 232(8), 2493–2510.
This article is part of our Complete Guide to Training Your Brain to Prevent Motion Sickness. The exercises described here are based on principles from clinical vestibular rehabilitation and visuospatial training research. They are not a substitute for medical advice. If you experience persistent vertigo, sudden hearing changes, or severe dizziness unrelated to motion, please consult a healthcare provider or vestibular specialist.
Discover What's Really Behind Your Motion Sickness
Our free assessment identifies your motion sickness type and susceptibility level — then gives you a personalized plan based on your results.
Know your motion sickness triggers and severity
Get a personalized symptom reduction plan
See which training exercises match your profile
Free — takes less than 2 minutes
