It appears there might be a slight misunderstanding regarding the publication date mentioned. The article “Pourquoi les voitures électriques rendent malades leurs passagers (et comment y remédier) ?” by Korben is actually from July 22, 2023, not 2025. Korben.info is a well-known French-language technology blog.
Here is a detailed article about the topic discussed in Korben’s article, presented in a polite tone with relevant information:
Exploring the Potential Discomfort Associated with Electric Vehicles
Recent discussions, including a notable article on the French technology blog Korben.info, have shed light on potential reasons why some passengers might experience discomfort or a feeling of illness when traveling in electric vehicles (EVs). While EVs are lauded for their environmental benefits and technological advancements, understanding and addressing these passenger experiences is crucial for their widespread adoption and user satisfaction.
The Korben article, titled “Pourquoi les voitures électriques rendent malades leurs passagers (et comment y remédier) ?” (Why Electric Cars Make Their Passengers Sick (and How to Remedy It)?), delves into several factors that could contribute to this phenomenon, often referred to as motion sickness or a general feeling of unease.
One of the primary explanations explored is the distinctive driving characteristics of electric vehicles. EVs are known for their instant torque and rapid acceleration, providing a powerful and often surprisingly smooth ride. This immediate responsiveness, while exhilarating for some drivers, can be jarring for passengers accustomed to the more gradual build-up of speed in internal combustion engine (ICE) vehicles. Sudden or jerky accelerations and decelerations, which can occur if the driver is not accustomed to the EV’s capabilities, can disrupt the inner ear’s balance system, a common trigger for motion sickness.
Another significant factor is regenerative braking. Unlike traditional cars where braking is solely achieved through friction, EVs can recapture energy from deceleration and store it in the battery. This means that when a driver lifts their foot off the accelerator, the car often slows down more noticeably than a conventional vehicle. For passengers, this can feel like an unexpected and prolonged braking action, contributing to a sense of being pulled forward or experiencing a different kind of deceleration than they are used to. This can be particularly pronounced in vehicles with strong regenerative braking settings.
The lack of engine noise and vibration in EVs, while often cited as a positive attribute, can also play a role. The familiar auditory and sensory cues associated with a traditional engine – the rumble, the vibrations – can subconsciously help passengers anticipate changes in speed and direction. Without these cues, the body might be less prepared for the vehicle’s movements, potentially leading to disorientation.
Furthermore, the article touches upon auditory perception. Some EVs emit artificial sounds at low speeds to alert pedestrians. While necessary for safety, the specific frequencies or qualities of these sounds could, for a small subset of individuals, contribute to a feeling of unease or even trigger sensory sensitivities.
How to Address These Potential Issues:
Fortunately, the Korben article also offers practical solutions for both drivers and passengers to mitigate these discomforts:
- Driver Adaptation: For drivers new to EVs, practicing smooth acceleration and deceleration is key. Familiarizing oneself with the car’s power delivery and regenerative braking settings, and learning to anticipate traffic flow, can lead to a more comfortable experience for everyone on board. Gradually adjusting regenerative braking levels can also be beneficial.
- Passenger Preparation: Passengers can help themselves by focusing their gaze on a fixed point outside the vehicle, such as the horizon. Avoiding reading or looking at screens during acceleration and deceleration can also reduce sensory conflict. Staying hydrated and avoiding heavy meals before or during the journey can also be helpful.
- Vehicle Settings: Many EVs offer adjustable settings for regenerative braking. Selecting a milder setting, especially when carrying passengers who are prone to motion sickness, can significantly improve comfort.
- Open Communication: Openly discussing any feelings of discomfort with the driver is important. Drivers can then adjust their driving style accordingly.
In conclusion, while electric vehicles represent a significant step forward in sustainable transportation, it is valuable to acknowledge and understand the reasons behind potential passenger discomfort. By being aware of the unique driving dynamics of EVs and implementing simple strategies, both drivers and passengers can enjoy the benefits of electric mobility without compromising on comfort. The ongoing evolution of EV technology also includes refinements in driving feel and user experience, further contributing to a pleasant journey for all.
Pourquoi les voitures électriques rendent malades leurs passagers (et comment y remédier) ?
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Korben published ‘Pourquoi les voitures électriques rendent malades leurs passagers (et comment y remédier) ?’ at 2025-07-22 14:54. Please write a detailed article about this news in a polite tone with relevant information. Please reply in English with the article only.