As electric vehicles quietly reshape the roads of the modern world, some passengers are discovering that silence comes at a cost — their bodies, long attuned to the rumble and rhythm of combustion engines, are struggling to make sense of a new kind of motion. Reports from the UK and beyond suggest that the very engineering innovations that make EVs efficient — regenerative braking, near-silent acceleration — may be confusing the ancient sensory systems humans use to navigate movement. With zero-emission vehicles now comprising nearly six percent of UK roads and a petrol ban approaching in 2030
Electric vehicles trigger motion sickness in some passengers, experts confirm
Multiple individuals report severe nausea and vomiting episodes triggered by EV travel, affecting their quality of life and travel choices.
It's not your imagination—it's how electric cars are engineered
Mark
So this is real—it's not just people being squeamish or anxious about new technology?
Mimi
No, it's documented. Neurologists are seeing patients specifically mention it, and researchers at King's College have found evidence that some people do experience worse motion sickness in EVs than in regular cars.
Luke
But "some people"—how many? The story gives us individual cases, which are powerful, but I don't see a prevalence figure. We know it happens, but we don't know how common it actually is.
Mimi
That's fair. What we do know is that it's happening enough that a major Chinese EV maker felt compelled to publicly address it and say it's not the customer's imagination.
Mark
Why does it happen? Is it the same reason for everyone?
Mimi
There are two main culprits. Electric vehicles don't have engine noise and vibration—sounds our bodies have learned to associate with acceleration. Without those signals, the sensory system gets confused. Then there's regenerative braking, which can feel like the car is lurching to a stop.
Luke
But regenerative braking only happens when the driver releases the accelerator. It's not constant. So in normal highway driving, is it really a factor?
Mimi
One passenger mentioned it's particularly bad in busy cities where you're braking frequently. On a smooth highway, you might not notice it as much.
Mark
Can anything be done about it?
Mimi
Yes. Passengers can look out the front window, sit in the front seat, keep their head still, and take travel sickness tablets. Their bodies can also adapt over time—the more EV journeys you take, the less likely you are to get sick.
Luke
And manufacturers?
Mimi
They can add software to smooth acceleration, use sound and vibration to signal movement, and adjust regenerative braking to be less sudden. But those are engineering changes that haven't been widely implemented yet.
Mark
Given that EVs are becoming 5.8 percent of all UK cars and petrol cars will be banned by 2030, this could affect a lot of people.
Luke
Exactly. And we don't yet know how many people are actually susceptible. The story is built on individual testimonies and expert confirmation, which is solid, but the scale of the problem remains unclear.
El Pulso
- Passengers — especially children — are reporting nausea, sweating, and vomiting in electric vehicles at rates that surprise even those who never suffered motion sickness before.
- The culprit appears to be a double disruption: the absence of engine sounds that once told the body it was accelerating, and the lurching stop-start sensation of regenerative braking in heavy traffic.
- The experience is not universal — many EV users report no ill effects, and some say they feel better than in petrol cars — creating a confusing and contested picture for drivers and manufacturers alike.
- With new EV registrations up 40.5% in a single year and a 2030 ban on new petrol cars looming, those affected are finding it harder to simply choose a different vehicle.
- Experts and manufacturers are now exploring software smoothing, artificial sound cues, subtle seat vibrations, and adaptive braking as potential design remedies — but for sufferers today, the fixes remain frustratingly out of reach.
As electric vehicles quietly reshape the roads of the modern world, some passengers are discovering that silence comes at a cost — their bodies, long attuned to the rumble and rhythm of combustion engines, are struggling to make sense of a new kind of motion. Reports from the UK and beyond suggest that the very engineering innovations that make EVs efficient — regenerative braking, near-silent acceleration — may be confusing the ancient sensory systems humans use to navigate movement. With zero-emission vehicles now comprising nearly six percent of UK roads and a petrol ban approaching in 2030, the question of who can comfortably ride in the future is no longer abstract.
Lola Baird had never experienced motion sickness in her life — until her boyfriend bought an electric vehicle. Forty minutes into a recent journey, the nausea became unbearable and she had to ask him to stop. She has since asked him to change cars entirely. Her experience, it turns out, is far from isolated.
When BBC News invited readers to share their stories, a pattern emerged: passengers — children especially — reported feeling significantly more car sick in EVs than in conventional vehicles. A father from Lincolnshire described how his nine-year-old daughter, once only unwell on marathon drives to France, now vomits on thirty-minute local trips since the family switched to an electric car. A young Londoner described enduring every taxi ride in quiet, sweaty misery.
Yet the picture is not simple. Many EV owners report no such problems, and some say they feel better in electric cars. The CEO of EVA England, an association for EV drivers, says the issue has never come up among her members. Still, Chinese manufacturer XPeng has publicly acknowledged the concern, telling customers it is "not your imagination" and attributing it to the nature of electric engineering.
Medical professionals are paying attention. A Chicago neurologist who specialises in dizziness says roughly two patients a month now specifically raise motion sickness in EVs. Researchers at King's College London confirm that studies support the pattern. The underlying mechanism is a sensory mismatch: the human body reads movement through eyes, inner ear, and physical sensation simultaneously, and when those signals conflict, nausea follows. EVs remove the engine sounds and vibrations passengers have unconsciously relied upon to register acceleration — and regenerative braking, which slows the car the moment a driver lifts off the accelerator, can produce an unsettling rocking sensation, particularly in stop-start city traffic.
The stakes are rising. Zero-emission vehicles now make up 5.8% of all licensed UK cars, new EV registrations jumped over 40% in a single quarter of 2026, and the sale of new petrol and diesel cars is set to end in 2030. For those affected, the option to simply avoid electric vehicles is narrowing.
Experts recommend practical measures in the meantime: watch the road ahead rather than a screen, sit in the front or middle rear seat, keep the head still, open a window, and allow the body time to adapt through repeated journeys. On the design side, researchers and manufacturers are exploring software that smooths acceleration curves, sound systems that restore missing auditory cues, and adaptive regenerative braking that reduces sudden deceleration. For Lola Baird, however, the preferred solution remains straightforward — she wants her boyfriend's car gone, and she is not prepared to wait much longer.
Lola Baird's boyfriend bought an electric vehicle two years ago. Forty minutes into a recent journey, she asked him to pull over. The nausea had become overwhelming—she was sick on the ground beside the car. Before the EV arrived in her life, she had never experienced motion sickness at all. Now, on any long drive as a passenger, she feels "very nauseous." The problem has grown so severe she's asked him to change cars entirely.
She is not alone. When BBC News asked people about their experiences in electric vehicles, a pattern emerged: passengers—particularly children—reported feeling more car sick in EVs than in traditional combustion-engine cars. Mark Quigg, 45, from Lincolnshire, bought an electric vehicle last year for its lower running costs. His nine-year-old daughter's motion sickness worsened dramatically. She used to feel unwell only on their 600-mile drives to France during school holidays. Now, a 30-minute trip to the nearest city makes her ill. On one recent journey, she vomited—something that had never happened before. Lucinda Harrison, 24, from London, books taxis that turn out to be electric vehicles and endures each trip feeling nauseous, sweaty, and clammy. A five-minute ride from a colleague to a Tube station left her feeling "horrific."
But the picture is not uniform. Many EV owners told BBC News they and their relatives experience no motion sickness in electric vehicles. Some said they felt less sick in EVs than in traditional cars. Vicky Edmonds, CEO of EVA England, an association for electric vehicle drivers, said the issue has never surfaced among her members. Yet the Chinese EV maker XPeng, which operates showrooms across the UK, has publicly acknowledged the concern, telling customers: "It's a fair question, and it's not your imagination." The company attributed it to "side effects of how electric cars are engineered."
Dr. Nicholas Hac, a neurologist at Northwestern Medicine in Chicago who specializes in dizziness and vertigo, hears about this regularly from patients. About two a month specifically mention motion sickness in electric vehicles. "I've heard about it many, many, many times," he says. Dr. Irene Di Giulio, senior lecturer in anatomy and biomechanics at King's College London, whose research includes motion sickness, confirms that studies suggest some people do experience more severe motion sickness in electric vehicles than in conventional ones.
Motion sickness itself arises from what experts call "a mismatch in sensory cues." The body relies on three main sensory inputs to register movement: what the eyes see, what the inner ear's balance system perceives, and what the body's fibres sense. When these conflict—such as when a passenger looks at a phone instead of watching the road—nausea can result. Electric vehicles introduce two particular problems. First, they lack the engine sounds and vibrations that humans have learned to associate with acceleration. Without these auditory and tactile signals, the sensory system becomes confused about whether the car is actually moving. Second, regenerative braking—the process by which an EV slows down when the driver releases the accelerator, converting that energy back into the battery—can create sudden deceleration if the accelerator is released too quickly. This jerky motion forces passengers to feel as though they are rocking back and forth. Carolyn Le, 24, from California, experiences "horrendous" motion sickness in her friend's electric vehicle, particularly in busy cities where regenerative braking is constant. The car "constantly feels like it's stopping all the time," she says.
The scale of EV adoption is growing rapidly. The number of new zero-emission cars registered in the UK rose by 40.5 percent between April and June 2026 compared with the same period in 2025, according to Department for Transport figures. By the end of June 2026, zero-emission vehicles made up 5.8 percent of all licensed cars on UK roads. The sale of new purely petrol or diesel cars is set to be banned from 2030. For people who experience motion sickness in EVs, avoiding them is becoming increasingly difficult.
Experts offer practical steps to reduce symptoms: look out the front window rather than at a phone or book; sit in the front passenger seat or, if in the back, the middle seat where the road ahead remains visible; keep your head still against the headrest; recline your seat; regulate your breathing; open a window for fresh air; take travel sickness tablets if necessary; and before long journeys, ensure you are hydrated, well-rested, and have eaten non-greasy food. Prolonged exposure can also help—the more journeys a person takes in an EV, the less likely they are to become motion sick as their body adjusts. Vehicle manufacturers themselves can intervene, says Prof. Cyriel Diels, professor of mobility design at the Royal College of Art. Software can smooth out rapid acceleration, sound systems and subtle seat vibrations can signal movement to passengers, and adaptive regenerative braking can reduce sudden deceleration. Matt Adams from BEAMA, which represents UK manufacturers of EV charge points, expressed confidence that "if future research identifies the reason for car sickness, vehicle manufacturers can respond and improve accordingly." For Lola Baird, though, the solution remains simple: she wants her boyfriend to trade in his car, and she says that day cannot come soon enough.
Citas Notables
I've heard about it many, many, many times. About two patients a month specifically reference feeling motion sick in electric vehicles.— Dr. Nicholas Hac, neurologist at Northwestern Medicine
It's a fair question, and it's not your imagination. It's caused by side effects of how electric cars are engineered.— XPeng, Chinese EV manufacturer
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