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Electric cars, often perceived as a revolutionary advance in the field of transport, however pose an unexpected problem for certain users: transport evil. This surprising phenomenon affects people who have had no problem traveling by thermal car until then. The absence of motor noise and the specific characteristics of driving electric vehicles seem to play a key role in this discomfort. In this article, we will explore the reasons behind this sensory anomaly and the possible tracks to remedy it.
Understanding the growing user complaints
With the boom in electric cars sales, complaints concerning the evil of transport are increasing. This situation is all the more astonishing since these problems were not present in thermal cars users. William Emond, expert in need of transport at the University of Technology in Belfort-Montbéliard, explains that this phenomenon results from a lack of sensory experience. The sound and vibratory signals of thermal engines to which passengers are used to disappear in electric vehicles.
In a thermal car, the noise of the engine allows passengers to anticipate acceleration and speed changes. This mental preparation is absent in electric cars, where silence can confuse the brain. The lack of precursor signals thus prevents the anticipation of the movements of the vehicle, leading to a sensory discrepancy which promotes transport evil.
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The specifics of electric cars
Electric cars introduce a new movement environment to which the brain must adapt. A study by the free university of Amsterdam had already highlighted the link between the silence of the engine and the amplification of transport evil. Other factors, such as seats vibrations and immediate acceleration characteristics, accentuate this phenomenon.
William Emond underlines that the neural discrepancy caused by these new driving conditions can trigger autonomous body reactions. However, this situation is not irreversible. Over time, the brain can get used to these new sensations, although adaptation is generally faster for drivers than for passengers because of their active role in driving.
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Adaptation strategies for passengers
To reduce transportation in electric cars, several adaptation strategies can be considered. Experts first recommend that passengers focus on the road, in order to better anticipate the movements of the vehicle. This can help the brain establish new sensory benchmarks.
In addition, some manufacturers explore technological solutions to alleviate these effects. For example, the addition of artificial sounds or vibrational alerts that simulate the signals of a thermal car could help. Improving seats design to reduce vibrations is also being studied.
The future of electrical transport
The development of electric cars continues to progress, with constant innovations aimed at improving passenger comfort. Research is focused on understanding the sensory mechanisms involved in transport evil and the development of effective solutions to remedy it.
The challenges posed by new technologies encourage us to rethink vehicle design and user experiences. In this context, how can car manufacturers integrate these new knowledge to design electric cars that minimize transport evil and optimize passenger comfort?
This article is based on verified sources and the assistance of editorial technologies.
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