Electric motors deliver full torque instantly from standstill
As electric vehicles quietly reshape the economics of personal transportation, a study of more than two million cars in the United Kingdom has surfaced a hidden cost that few buyers consider at the point of purchase. The Kwik Fit Maintenance Index 2025 reveals that the same qualities that make electric cars thrilling to drive — instant torque, substantial weight — are also consuming their tires 15 to 30 percent faster than combustion vehicles, at prices 20 to 30 percent higher per set. It is a reminder that every technological leap carries its own friction, sometimes quite literally.
- A study of over two million UK vehicles has confirmed what many EV owners are quietly discovering at the garage: their tires are disappearing faster and costing more than expected.
- The physics are unforgiving — battery weight and instant torque create a relentless assault on rubber that combustion engines, with their gradual power delivery, simply do not replicate.
- The Tesla Model 3 tops the replacement charts, but the problem spans brands, with the Citroën Berlingo, Tesla Model Y, Mercedes CLA, and Volvo XC40 all appearing among the heaviest tire consumers.
- High-performance EV owners face the sharpest reality: tire sets lasting just 25,000 to 40,000 kilometers, compared to 65,000 to 80,000 for a typical combustion car — a gap that compounds painfully over time.
- The path forward is behavioral as much as mechanical: pressure checks, regular rotation, alignment monitoring, and above all, resisting the seductive pull of instant acceleration can meaningfully extend tire life.
Anyone shopping for an electric car is unlikely to be thinking about tire wear. It doesn't feature in the conversations about range or performance. But a new analysis of more than two million vehicles across the United Kingdom suggests it should. The Kwik Fit Maintenance Index 2025 found that electric vehicles wear through tires 15 to 30 percent faster than gasoline cars, based on inspections across more than 600 service centers.
The financial picture compounds the problem. EV tires not only need replacing sooner, they cost 20 to 30 percent more per set. Where a combustion car might travel 65,000 to 80,000 kilometers on a single set, an average electric vehicle manages only 40,000 to 55,000 kilometers. High-performance models fare worse still, with some sets lasting as little as 25,000 kilometers.
The Tesla Model 3 appeared most frequently in replacement records, followed by the Citroën Berlingo, Tesla Model Y, Mercedes CLA, and Volvo XC40, among others. The causes are rooted in physics: battery packs make EVs significantly heavier than combustion equivalents, and electric motors deliver full torque from a standstill, enabling hard acceleration the moment a driver touches the pedal. Many owners, drawn to that instant surge, use it often — and the rubber pays the price.
Driver behavior, it turns out, is as important as vehicle design. The same enthusiasm that makes electric driving enjoyable accelerates tire degradation in measurable ways. Practical remedies exist: maintaining correct tire pressure, rotating tires every 10,000 kilometers, keeping wheels properly aligned, avoiding unnecessary loads, and moderating acceleration habits can each extend tire life meaningfully. Small disciplines, but ones that translate directly into money saved.
Anyone shopping for an electric car probably hasn't thought much about tire wear. It's not the kind of thing that makes headlines when you're weighing horsepower and range. But a new analysis of more than two million vehicles across the United Kingdom suggests it should be. The Kwik Fit Maintenance Index 2025, compiled by Britain's largest automotive maintenance company, found that electric vehicles chew through tires 15 to 30 percent faster than their gasoline counterparts. The data came from inspections across more than 600 service centers, and the pattern was unmistakable.
The cost difference is just as stark. Not only do electric cars need new tires sooner, but those tires themselves cost 20 to 30 percent more than tires for conventional vehicles. For an owner, this compounds quickly. A typical combustion car might travel between 65,000 and 80,000 kilometers on a single set of tires. An average electric vehicle manages only 40,000 to 55,000 kilometers. High-performance electric models drop even further, lasting just 25,000 to 40,000 kilometers before needing replacement.
The Tesla Model 3 emerged as the worst offender, appearing most frequently in tire replacement records, followed by the Citroën Berlingo and Tesla's own Model Y. The list of heavy tire-eaters also included the Mercedes CLA, Volvo XC40, BMW Series 4 and Series 2, and Skoda Karoq. If tire longevity matters to you, these are models worth reconsidering.
The reasons behind this accelerated wear come down to physics and behavior. Electric vehicles are heavier than gasoline cars, primarily because of their battery packs. That extra weight alone puts more stress on tires. But weight is only part of the story. Electric motors deliver their full torque instantly from a standstill, meaning the car can accelerate with maximum force the moment the driver presses the pedal. This is fundamentally different from a combustion engine, which builds power gradually. Many electric car owners, drawn to the novelty and thrill of that instant acceleration, use it frequently. The repeated hard launches wear rubber faster than the gentler, more gradual acceleration patterns typical of conventional cars.
Driver behavior, in other words, matters. The same person who buys an electric car for environmental reasons might find themselves enjoying those quick bursts of speed, and that enjoyment has a cost measured in rubber and money.
For those who want to extend the life of their tires, whether driving electric or not, several practices help. Checking tire pressure regularly and keeping it aligned with the manufacturer's specifications is foundational. Avoiding overloading the vehicle reduces unnecessary stress on the rubber. Rotating tires every 10,000 kilometers distributes wear more evenly. Regular wheel alignment checks catch problems before they accelerate damage. And perhaps most importantly, resisting the urge to accelerate hard whenever possible preserves tire life significantly. These are small habits, but they add up. The difference between a tire lasting 40,000 kilometers and 50,000 kilometers is real money in a driver's pocket.
Notable Quotes
Electric vehicles have full torque available immediately at startup, meaning they can instantly deliver maximum power— Kwik Fit Maintenance Index 2025 analysis
The Hearth Conversation Another angle on the story
Why do electric cars wear tires so much faster? Is it just the weight?
Weight is part of it, but it's really about how the power gets delivered. An electric motor gives you everything it has the instant you ask for it. A gas engine builds up to that. Most people don't realize how much they're using that instant power until they own one.
So it's not a design flaw—it's how people drive them?
Not entirely. The weight of the battery is real, and that alone increases wear. But yes, driver behavior amplifies it. You get a car that can accelerate like nothing you've owned before, and you use it.
The Tesla Model 3 is the worst offender. Is that because it's popular, or because it's particularly aggressive?
Probably both. It's popular, so there's more data on it. But the Model 3 is also known for being quick off the line. That combination—availability and appeal—shows up in the maintenance records.
Can you actually fix this as an owner, or is it baked into the vehicle?
You can't change the motor or the weight, but you can change how you drive. Smooth acceleration, proper tire pressure, regular rotation—these things matter. It won't make an electric car tire last as long as a gas car's, but it helps.
What does this mean for the total cost of ownership?
It's a real factor people should calculate before buying. The tire replacement cycle is shorter and the tires cost more. Over five years, that's significant money. It's not a deal-breaker for most people, but it's not nothing either.