TL;DR
Several studies and fleet records point to greater tire wear or earlier replacement for some electric vehicles, but they do not establish a single wear penalty for all EVs. Results depend on the vehicles and driving conditions studied, and one comparison found the difference largely disappeared after accounting for vehicle weight.
Studies and fleet records point to faster tire wear in some electric vehicles, but the evidence does not support a single estimate for how much sooner all EVs need new tires. Results vary with vehicle weight, driving style and test conditions, making tire life a model- and driver-specific cost rather than a settled penalty for every electric car.
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A 2022 study published in Science of the Total Environment measured average tread wear of 201.7 milligrams per kilometer for the tested EV, compared with 158.9 for the gasoline car and 167.4 for the diesel. The researchers tested the vehicles on a controlled 550-kilometer route. Those results describe the vehicles and conditions in that test; they are not a forecast of how many miles EV tires generally last.
Fleet management company Epyx reported in 2025 that electric company cars received their first tire replacement after an average of about 23,100 kilometers, compared with 29,500 kilometers for combustion cars. That is about 22% fewer kilometers between replacements in the reported fleet data. Epyx’s figures were not from a controlled comparison, and the company had previously said its EV sample skewed toward larger vehicles, which can wear tires faster.
Other studies measure different outcomes. A 2026 paper in Environmental Research found that electric versions of the same car released about 31% more particles from tires and roads on average, with considerable variation. Particle emissions do not show that tires lasted 31% fewer kilometers. A 2026 Mechanika study estimated 35% to 62% fewer kilometers for EV tires, but the EVs drove more in cities and followed a different route from the combustion vehicles, making the results difficult to compare directly.
Tire Costs Depend on More Than Power
Tires are a recurring ownership expense, so earlier replacement can reduce some of the maintenance savings associated with electric cars. But the research does not show that every EV owner will face a specific extra cost: replacement timing depends on the car, tires, roads and driving habits.
Weight appears to be an important part of the picture. In testing conducted by UTAC for the auto industry groups ACEA and OICA, one electric BMW iX1 and five combustion X1s drove together for 15,000 kilometers. The electric model lost more rubber per kilometer, but it was also heavier. After researchers accounted for the weight difference, the gap largely disappeared in that comparison. That result suggests the vehicle’s mass, rather than electric power alone, was a major factor in this test.
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What the Tire Comparisons Measured
EVs are often heavier than comparable combustion cars, and their tires must handle that mass during acceleration, braking and cornering. Fast power delivery can also place extra demand on tires, but Germany’s automobile association ADAC emphasizes both vehicle weight and driving behavior. ADAC does not list extra torque itself as a reason for accelerated wear, noting that having strong torque does not mean drivers use it all the time.
Different research methods answer different questions. Tread measurements, replacement records, particle emissions and modeled tire life are not interchangeable. A particle-emissions result cannot be read as a tire-life figure, while uncontrolled fleet data can reflect differences in vehicle size and use as well as tire wear. The comparisons support a possible wear disadvantage in some cases, but do not isolate one cause across the market.
EV-specific tires are designed to handle factors such as higher vehicle weight, while also targeting rolling resistance and road noise. Some include acoustic foam to reduce tire noise in quieter vehicles. Michelin says these features serve separate purposes: a quieter tire is not automatically a longer-lasting tire. ADAC says a tire without an EV-specific marking can still be suitable if it meets the vehicle’s specifications, including size and load capacity.
How Much Longer EV Tires Last
The available evidence does not establish a universal percentage by which EV tires wear faster or a standard difference in replacement intervals. Studies use different vehicles, routes, measurements and methods. In particular, some comparisons do not match vehicles by weight or driving conditions, and particle emissions cannot be translated directly into tire lifespan.
It also remains unclear how much of the observed difference in any broad fleet sample comes from the vehicles themselves versus factors such as vehicle size, city driving, road conditions, tire choice and driver behavior. The reported results should not be treated as a prediction for a specific owner’s car.
What Owners Can Do Now
The practical steps are familiar: use the tire pressures recommended by the vehicle maker, accelerate smoothly, check for uneven wear and follow the manufacturer’s guidance on tire rotation. Michelin’s tire-care guidance also points to driving style and rotation intervals as factors that can affect wear.
When replacing tires, owners can compare expected durability alongside grip, braking performance and rolling resistance, while checking that the tire meets the car’s size and load requirements. Future comparisons that control for vehicle weight, route and driving style would help clarify the wear difference across EVs and combustion cars. Until then, replacement timing remains specific to the vehicle and how it is used.
Key Questions
Do EV tires wear faster than gasoline-car tires?
Some studies and fleet records point to faster wear for certain EVs, but the available comparisons do not establish a single result for every model. Vehicle weight, driving conditions and driver behavior all affect tire life.
Does an EV’s extra torque cause faster tire wear?
Strong power delivery can put extra demands on tires, but ADAC emphasizes vehicle weight and driving style and does not list extra torque itself as a cause. How a driver uses the available power matters.
Do EV tires last 31% fewer miles?
No. The 2026 Environmental Research study reported about 31% more tire-and-road particles from electric versions of the same car on average. It measured particles, not how long the tires lasted.
Do I need tires marked specifically for EVs?
Not necessarily. ADAC says tires without an EV-specific marking can be suitable if they meet the vehicle’s size and load-capacity specifications. EV-specific designs may address weight, rolling resistance or noise, but the marking alone does not determine suitability.
How can EV owners reduce tire wear?
Follow the recommended tire pressures and rotation guidance, check for uneven wear, and use smooth accelerator inputs. Those steps can help, though actual tire life still depends on the car, tires, roads and driving habits.
Source: insideevs.com
