Why EVs Are Harder on Tyres
Electric vehicles are considerably heavier than equivalent petrol or diesel cars due to their battery packs. A typical family EV weighs 200–500kg more than its combustion counterpart. This additional weight increases the load on every tyre at all times. Compounding this, EVs deliver their full torque instantly from a standstill, which puts greater stress on the tyre surface during acceleration and can cause faster wear in the rear tyres of rear-wheel-drive models.
What Makes a Tyre EV-Specific?
Tyres marked for EV use are engineered with a harder, more durable rubber compound to handle the additional load and torque. They also feature reinforced sidewalls and are designed with low rolling resistance to maximise battery range. Noise reduction is another priority — without the masking effect of an engine, road noise becomes much more noticeable in an EV cabin, and EV-rated tyres use foam layers and optimised tread patterns to reduce this.
Load Index Matters More in EVs
Never fit a tyre with a lower load index than specified for your EV. The heavier kerb weight means the load index specification is critical for safe handling and tyre longevity. Always check the load index against the manufacturer's requirement for your specific model.
Mobile EV Tyre Fitting in Newport
Newport Mobile Tyres stocks EV-rated tyres for popular models commonly seen in the Newport area. Whether you drive a Tesla, Nissan Leaf, Kia EV6 or any other electric vehicle, call us on 01633 855 522 and we'll supply and fit the correct tyre at your home or workplace.
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