The short answer: Electric vehicles can wear tyres up to about 20% faster than an equivalent petrol car. Three things drive it: extra battery weight, instant torque that scrubs the tread, and the forces of stopping and turning a heavy car. You can’t remove those, but EV-rated tyres, correct pressures, regular rotation and smooth driving claw a lot of that life back.
Plenty of new EV owners are surprised to be shopping for tyres sooner than they expected. It isn’t a defect — it’s physics. An electric car asks more of its tyres than a comparable petrol car, and the tread pays for it. This article explains why EV tyres wear out faster and, more usefully, what actually slows it down. (For the category overview, see our hub on why EV tyres wear out faster than petrol car tyres; this page focuses on the wear angle and the fixes.)
How much faster do EV tyres really wear?
Tyre maker Michelin has publicly acknowledged EVs can wear tyres up to 20% faster than petrol or diesel equivalents. It’s a guide figure, not a guarantee — a gently driven EV on the right tyres may see little difference, while a heavy, powerful EV driven hard can do worse. But as a planning number, budgeting for tyres a bit sooner than you would on a petrol car is realistic.
Why do electric cars chew through tyres?
Three factors combine, and each is worth understanding because the fixes flow from them.
- Weight. Batteries are heavy. An EV can weigh several hundred kilograms more than a similar petrol car — often around 2,000 kg versus 1,400 kg. Tyre wear rises steeply with weight (roughly 20% more per extra ~450 kg), so the mass alone accounts for much of the gap.
- Instant torque. Electric motors deliver full pulling power from a standstill. That torsional load twists and scrubs the tread as it bites into the road, especially in spirited launches.
- Braking and cornering forces. Even with regenerative braking recovering energy, a heavier car needs more grip to slow and turn, so the rubber works harder in every corner and stop.
The result usually shows up as faster all-over wear, and sometimes uneven wear if alignment or pressures aren’t spot-on. If you spot an odd pattern, our wear-pattern guide helps you read it.
Do EV-specific tyres help?
They can. EV-rated tyres use tougher, more wear-resistant compounds and reinforced constructions to cope with the weight and torque, and many add foam layers for cabin quiet and low rolling resistance to protect range. They aren’t strictly mandatory, but on a heavy EV they earn their keep. Weigh it up in do you need EV-specific tyres in Australia? and check the load index requirements for heavy EVs before you buy — the load rating is not optional.
| Cause of faster EV wear | What it does | Best countermeasure |
|---|---|---|
| Battery weight | More load through every tyre | Correct pressures; adequate load index |
| Instant torque | Scrubs tread on acceleration | Smooth, progressive throttle |
| Heavy braking/cornering | Rubber works harder to slow & turn | Anticipate; softer regen; EV-rated tyres |
| Alignment sensitivity | Amplifies uneven wear on heavy cars | Check alignment at least yearly |
What actually makes EV tyres last longer?
- Keep pressures correct. Heavy EVs are unforgiving of under-inflation. Set the placard cold pressure and check often — and note EVs often run higher figures, covered in do EVs need higher tyre pressures?
- Rotate more often. Because EVs wear faster, rotating on time (or a little sooner) keeps wear even and stretches the set.
- Drive smoothly. Ease onto the throttle rather than exploiting the instant torque at every light; the principles in how driving style changes tyre life pay off even more on an EV.
- Use gentler regen where you can. Abrupt one-pedal stops load the tyres like hard braking; smooth deceleration is kinder.
- Check alignment yearly. On a heavy car, small misalignment turns into fast, uneven wear.
Does the type of EV change how fast tyres go?
It makes a big difference. A light, gently driven small EV may wear tyres barely faster than a petrol equivalent, while a large dual-motor SUV or performance EV — heavier again, and capable of savage acceleration — can wear its tyres much faster, particularly on the driven axle. Kerb weight is the clearest predictor: the more the battery and body weigh, the harder every tyre works. How you use the performance matters just as much. An EV that’s launched hard from every set of lights will scrub its fronts or rears quickly, whereas the same car driven with a light foot and softer regen can get close to normal tyre life. This is why two owners of the same model often report very different tyre bills.
Bottom line: EV tyres wear faster because the car is heavier and pushes harder — up to around 20% faster as a guide. Correct pressures, EV-rated tyres, timely rotation and a smooth right foot recover most of that difference.
Frequently asked questions
Do all EVs wear tyres 20% faster?
No — 20% is an upper guide figure from Michelin. Actual wear depends on the car’s weight and power, the tyre, your pressures and how you drive. A gently driven EV on good tyres may see only a small difference.
Can I fit normal tyres to my EV?
Often yes, provided they meet the vehicle’s load index and speed rating, but you may trade some wear life, quiet and range. See do you need EV-specific tyres?
Does regenerative braking save my tyres?
It saves your brake pads more than your tyres. Smooth regen is fine, but abrupt one-pedal stops still load the tyres much like hard friction braking.
How long should EV tyres last in Australia?
Expect somewhat fewer kilometres than a comparable petrol car, but the range is wide. Our realistic kilometre expectations guide puts numbers on it by tyre type.
External references: Michelin Australia; Move Electric — do electric cars wear tyres faster?
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