Do EV cars need special tyres?
As EV tyres have higher specifications than regular car tyres, they can be more expensive. While it’s possible for normal car tyres to fit onto an electric vehicle, it’s not recommended as the weight of an EV will place significant strain on the tyres. The average gas-powered vehicle lasts about 10 to 15 years or between 150,000 to 200,000 miles, depending on driving habits and maintenance. EVs, however, are beginning to exceed these figures. Modern EV battery packs are designed to last between 10 to 20 years, with many models reaching well over 200,000 miles.Most ev tires last 20,000 to 40,000 miles, but some may wear out sooner. Electric vehicles put more stress on tires due to instant torque and heavier battery weight, which can lead to faster wear compared to gas-powered cars.Rolling resistance is unavoidable, but tires can be engineered to minimize the energy loss caused by hysteresis. And in the case of electric vehicles, that translates into improving and extending an EV’s range.Tires can wear unevenly for a whole range of reasons, and with the heavier weight of an EV, even more so. Rotation is key for ensuring even tread wear on your tires and should be performed every 5,000 to 7,500 miles or as recommended by the vehicle manufacturer.In fact, a recent study conducted by Cox Automotive showed that in 2022, 28% of those surveyed were concerned about the cost of a battery replacement. However, in most cases, EV batteries can be expected to last at least 10 years or 100,000 miles, and can last even longer with proper care.
What does EV mean on tires?
Electric vehicle (EV) tires are designed to handle increased weight due to large battery packs. Instant torque from EVs can lead to faster tire wear, making durable tread designs essential. Low rolling resistance improves efficiency, helping to extend battery range. The Michelin Primacy family of tires is an excellent choice for EV owners looking for a tire designed for ideal rolling resistance that helps extend their drive.Best tires for electric cars and hybrids Low rolling resistance improves efficiency, helping to extend battery range. EV tires are optimized for quiet performance, reducing road noise compared to standard tires. Regenerative braking affects tire wear patterns, making regular maintenance crucial.The Michelin Primacy family of tires is an excellent choice for EV owners looking for a tire designed for ideal rolling resistance that helps extend their drive. The Primacy MXM4 tire has up to 25% lower in rolling resistance among competitors1, making it a great choice when range optimization is the priority.
Are EV tyres more expensive?
The Real Picture: EVs Are Still Cheaper to Run While the upfront cost of EV tyres can be higher, it’s important to look at the bigger picture. EV tyres typically wear out 20-30% faster than petrol car tyres, depending on driving style, tyre type, and road conditions. Luxury EVs with high torque (e. Tesla, Porsche Taycan) wear tyres even faster, sometimes requiring replacement every 10,000 – 15,000 miles.From the outside, you probably won’t notice the difference unless you’re looking at the sidewall for an indication or if you know your tread patterns. The main difference is hidden in the compound of the tyre. Like the normal combustion vehicle tyre, the EV tyre can be repaired in the same way.Summary. Not having a spare tyre helps lower the overall EV weight, increasing efficiency and range. The EV has more available space without a spare tyre. Manufacturers don’t supply spare tyres to keep the overall EV costs as low as possible for the consumer.The obvious answer is weight, which largely comes from the EV battery. The other factor is instant torque, which powers an EV’s impressive ability to accelerate extremely fast. These two attributes, part of an EV’s unique profile, result in higher tire wear.
Do EV tires wear out faster?
With an electric vehicle, the job of a tire is even more difficult. In fact, EVs are known to be tougher on tires, with studies indicating that tires may wear out faster on electric cars compared to when mounted on gas-powered vehicles. Why is that? The obvious answer is weight, which largely comes from the EV battery. EVs tend to run on much higher tire pressures to boost efficiency: 45 PSI versus 30 to 35 PSI on a combustion vehicle. Also, knowing if your EV is front-wheel drive, rear-wheel drive or all-wheel drive is critical.