If your new EV is chewing through tyres faster than the petrol car it replaced, you are not imagining it. It is one of the most common surprises for Australian EV owners, and it has nothing to do with a faulty car or a dud set of tyres. It comes down to physics, and once you understand the three forces at work you can do a lot to slow the wear down.
Do EV tyres really wear out faster?
Yes. Michelin has publicly acknowledged that battery-powered cars can wear tyres up to 20% faster than equivalent petrol and diesel cars. That figure is a guide rather than a guarantee, as of 2026, and the gap varies with the car, the tyre and how it is driven. But as a rule of thumb, an EV owner should expect to replace tyres sooner and budget accordingly. If you want to compare tyres properly on that basis, work in cost per kilometre rather than sticker price.
What actually causes the extra wear?
1. Instant torque
An electric motor delivers its full twisting force the moment you touch the accelerator, with no revs to build and no gears to climb through. That torque has to be converted into forward motion through a small contact patch of rubber. Every brisk take-off scrubs a little tread, and because EVs make effortless acceleration so tempting, the scrubbing adds up quickly.
2. Battery weight
EVs are heavy. A typical petrol family car might weigh around 1,400kg, while an equivalent EV can push past 2,000kg once the battery pack is counted. Independent testing by Emissions Analytics estimates that every extra 450kg of kerb weight raises tyre wear by roughly 20%. More mass pressing the tread into the road means more friction and faster wear, especially through corners. This is also why heavier EVs demand a higher load index on their tyres.
3. Regenerative braking and constant load
Regenerative braking is brilliant for saving your brake pads, but it does not save your tyres. Slowing two tonnes of EV still loads the contact patch hard, and the deceleration happens through the tyres whether the energy goes back to the battery or out as heat. Add wider, grippier tyres (which many EVs run for traction) and softer, stickier compounds, and the tread works harder on every trip.
How much faster will my EV wear tyres?
| Factor | Petrol car (guide) | Equivalent EV (guide) |
|---|---|---|
| Typical kerb weight | ~1,400kg | ~2,000kg |
| Torque delivery | Builds with revs | Instant, from standstill |
| Relative tyre wear | Baseline | Up to ~20% faster |
| Suggested rotation | Every 10,000–15,000km | Every 8,000–10,000km |
Figures are indicative for 2026 and depend heavily on your car, tyre and driving style. Treat them as a starting point and confirm intervals in your owner’s handbook.
What can you do to make EV tyres last longer?
The wear gap is not fixed, and smart habits close most of it:
Drive smoothly. Easing onto the accelerator rather than exploiting the instant torque is the single biggest lever you control. Many EVs have an Eco drive mode that softens throttle response and helps.
Keep pressures correct. Under-inflation scrubs the shoulders and overheats the tyre. Follow the placard, and note that EVs often run slightly higher pressures than petrol cars to carry the extra weight and save range. See our guide on whether EVs need higher tyre pressures.
Rotate more often. Because the wear is faster and often uneven, rotating sooner spreads it evenly. Our guide to how often to rotate tyres in Australia has the detail.
Choose the right tyre. A correctly load-rated, low-rolling-resistance tyre built for the weight will wear more evenly than a cheap standard tyre. Whether you need a dedicated EV tyre is covered in do you need EV-specific tyres in Australia, and if cabin noise bothers you, see our pick of the best quiet tyres for an electric car.
Tyre makers now sell EV-ready ranges with reinforced construction and harder centre tread sections designed to handle the torque. Michelin, Continental and Pirelli each claim their EV-specific tyres have largely closed the 20% wear gap, though these are manufacturer claims rather than independently verified results. For a plain-English rundown of why EVs are harder on rubber, the UK outlet Move Electric explains the weight and torque effects, and the NRMA’s EV tyre buying guide covers the Australian retail side. This article is the companion to our wear-category piece on why EV tyres wear out faster and what to do about it.
Frequently asked questions
Do all EVs wear tyres 20% faster?
No. Twenty per cent is a guide, not a rule. The gap depends on the car’s weight, the tyre fitted and how hard it is driven. A heavier performance EV driven enthusiastically will wear faster than a light, gently driven one.
Will EV-specific tyres stop the faster wear?
They help. EV-ready tyres use reinforced sidewalls and harder centre tread to resist torque and weight, and the major makers claim they have largely closed the gap. The extra weight and torque still exist, so smooth driving and correct pressures still matter.
Does regenerative braking wear tyres?
Regen saves your brake pads and discs, not your tyres. The deceleration still passes through the contact patch, so stopping a heavy EV loads the tread hard regardless of where the energy goes.
How often should I rotate EV tyres?
As a guide, every 8,000–10,000km, more often than a typical petrol car, because the faster and sometimes uneven wear benefits from earlier rotation. Confirm the interval in your handbook.
Prices, intervals and wear figures are guides for 2026 and change over time. Confirm specifics with your tyre fitter, vehicle handbook or manufacturer.
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