Do you need tyres specifically designed for EVs?
No, EVs don't require tires that were specifically designed and manufactured for EV applications
Electric vehicles and traditional internal combustion engines (ICE) might look the same, they can sometimes even be fitted with the same tyres!
Your EVs can still use normal tyres
All types of electric vehicles like Hybrid Electric Vehicle (HEV), Plug-in Hybrid Electric Vehicle (PHEV), Battery Electric Vehicle (BEV), and Fuel Cell Vehicle (FCEV) are compatible with standard tyres. That means you can use normal tyres on any of them. However, we recommend using EV tyres to maximise the benefits of electric cars and mitigate possible issues.
Opt-in for EV tyres to ensure maximum performance
Michelin has developed tyres to fit EVs exclusively. Keep in mind that any of our tire lines is suitable for electric vehicles, even if Michelin EV tyres such as the game-changing MICHELIN Pilot Sport EV tyres and MICHELIN e·Primacy, are specifically designed for them and these are some of the best EV tyres in the market.
Are EV tyres the same for all types of cars?
The challenges for an electric sports car tyre
Sports HEV tyres need to be very responsive
Achieving this sensation from a sports car tyre involves considerable research and development. A soft, unresponsive tyre that doesn’t respond as well as the vehicle affects the entire experience, and the driver loses many of the benefits of the car’s sporty nature, hence the need for a sports car tyre specifically designed for an electric vehicle.
Electric sports car tyres need to have low rolling resistance
Electric sports cars have a powerful electric motors that provide instant torque and fast acceleration. To support these motors, you need to have a strong battery, and this results in weight. 400kg is the average weight for a battery in an electric sports car.
With this amount of weight and power, you’ll need to have excellent control of the car and pay attention to preserve the autonomy of the battery that will be downgraded by this additional load.
The challenge is therefore mostly down to achieving the precise balance between control and the autonomy linked to the additional mass.
How long does an EV tyre last and how often should I change it?
Why all Michelin tyres are EV-ready
How do you know which tyres to fit on your electric car?
High-performance tyre for sports HEVs
The MICHELIN Pilot Sport EV tyre has been designed to satisfy the very specific performance characteristics required by electric sports vehicles.
The MICHELIN Pilot Sport EV tyre innovates with increased cornering stiffness to keep handling sensations at the level of those of an internal combustion vehicle, with 15% more cornering stiffness(1) to compensate for the mass increase.
The MICHELIN Pilot Sport EV also offers 60km of additional range(2) while reducing by 20% the perceived noise level(3), to maximize your driving pleasure, for longer.
MICHELIN Pilot Sport EV tire: Electrified road control, made to last | Michelin
For electric vehicles, the MICHELIN e·Primacy tyre can increase battery range by up to 7%(6). As well as all these characteristics, other performance such as wet grip and longevity are still high standard(7)(8), offering a high level of safety.
Michelin also develops marked tyres with electric vehicle makers such as Mercedes-AMG, Porsche, and Tesla. A marked tyre implies that all the car manufacturer's requirements have been met, this also applies to the electric vehicles tyres.
Michelin adapts a wide range of tyres for electric car makers. You can recognize them by the tyre marking on the sidewall.
New MICHELIN e.PRIMACY Tyre - Eco-responsible, made to last
EV Tyre Technology & Maintenance FAQ
Got more questions about fitting tyres on your electric vehicle? From understanding specialized markings like "HL" to maximizing your battery range and handling instant torque, explore these frequently asked questions to make the best choice for your EV.
FAQ
HL stands for High Load capacity. Because EV battery packs add substantial weight (often adding an extra 200 to 500 kg to the vehicle), standard tyres or even Extra Load (XL) tyres aren't always enough to support the vehicle safely without physically increasing the tyre's size. The HL standard allows a tyre to carry a significantly heavier load while keeping the exact same physical dimensions and inflation pressure.
It comes down to a mix of heavy battery mass and instant motor torque. Unlike traditional engines that build power gradually, electric motors deliver 100% of their torque the millisecond you step on the pedal. This instant power transfer creates intense friction against the tarmac. Because of these unique physics, real-world data shows that EVs typically wear through tyres 20% to 30% faster than internal combustion vehicles.
Yes, it can. Tyres play a massive role in vehicle efficiency through rolling resistance. Standard, non-optimized tyres can increase energy drag, which typically reduces real-world EV range by 6% to 7%. On the flip side, choosing an eco-designed option like the MICHELIN e·Primacy utilizes advanced silica-enriched compounds that minimize energy loss during tyre deformation, allowing you to maximize your battery's autonomy.
When you remove the loud, vibrating internal combustion engine, the cabin becomes incredibly quiet. However, this means road and tyre hums that were previously masked by engine noise suddenly become much more noticeable. To solve this, Michelin utilizes MICHELIN Acoustic™ technology—a custom, vibration-absorbent polyurethane foam ring bonded inside the tyre—which dampens the cavity noise and reduces perceived cabin noise by up to 20%.
The core routine remains the same (checking pressures monthly and rotating every 10,000 km), but the margin for error is much smaller. Because of the vehicle's heavier weight, even a slight drop in tyre pressure will drastically accelerate tread wear on the tyre shoulders and immediately degrade your battery range. Keeping your tyres precisely inflated to the vehicle manufacturer’s cold specification is the easiest way to protect your investment.
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MICHELIN Pilot Sport EV
(1) Cornering stiffness internal study conducted on a machine in 10/2020, on dimension 255/45 R19, comparing MICHELIN Pilot Sport EV versus MICHELIN Pilot Sport 4 SUV.
(2) Better battery range for HP EV - Rolling Resistance internal study conducted in 10/2020, on dimension 255/45 R19, comparing MICHELIN Pilot Sport EV (6.7kg/t) versus MICHELIN Pilot Sport 4 SUV (8.8kg/t). For an electrical vehicle of a mass 2151kg, with an autonomy of 540km, this gap of 2.1kg/t drives to a gain of autonomy of more than 60km, or more than 10% of the initial range.
(3) - noise disturbance - Internal noise measurement, done in 2016 on size 245/45 R19 on KIA Cadenza. Noise level measured on the range "170-230Hz". Results may vary according to vehicle, tyre range and size, speed and road conditions.
MICHELIN e·Primacy
(4) Rolling resistance test - Rolling Resistance tests conducted on machine by Applus Idiada, on Michelin's request, June (on new) & August (on 2mm buffed) 2020, on dimension 205/55 R16 91V, comparing MICHELIN e.PRIMACY (new: 5.58kg/t & worn: 5.13kg/t) versus MICHELIN PRIMACY 4 (new: 7.74kg/t & worn: 6.25kg/t) ; BRIDGESTONE TURANZA T005 (new: 7.17kg/t & worn: 5.81kg/t) ; CONTINENTAL ECOCONTACT 6 (new: 6.39kg/t & worn: 5.49kg/t) ; CONTINENTAL PREMIUM CONTACT 6 (new: 8,93kg/t & worn: 6,94kg/t) ; DUNLOP BLURESPONSE (new: 7.97kg/t & worn: 5.54kg/t) ; GOODYEAR EFFICIENT GRIP 2 (new: 7.01kg/t & worn: 5.38kg/t) ; PIRELLI CINTURATO P7 BLUE (new: 6.96kg/t & worn: 6.30kg/t) ; PIRELLI CINTURATO P7 (new: 8.79kg/t & worn: 6.97kg/t).
(5) MICHELIN e.PRIMACY category of tyres is defined as one of the Premium summer tyres such as CONTINENTAL, GOODYEAR, BRIDGESTONE, PIRELLI, DUNLOP brands, and which are not dedicated to Original Equipment application (i.e. not designed to achieve car manufacturers specific targets) but tyres that can be purchased from retailers.
(6) Increased EV battery range and CO₂ reduction - When new, MICHELIN e.PRIMACY generates 2kg/t on average Rolling Resistance less than competitors, equivalent in fuel consumption reduction of up to 0.21l/100km, equivalent of a gain in CO₂ emission up to 5g for a VW Golf 7 1.5 TSI or equivalent of gain of up to 7% in autonomy for a VW e.Golf.
(7) Longevity - Longevity test conducted by DEKRA TEST CENTER, on Michelin's request, June-July 2020, on dimension 205/55 R16 91V on VW Golf 7 comparing MICHELIN e.PRIMACY (100%) versus MICHELIN Primacy 4 (102.1%); Longevity test run in average real usage (D50) with 14.460 km run and extrapolated longevity at 1.6mm. Test winner ADAC Summer 2020 235/55 R17 test performed by ADAC on a Ford Kuga in 2020. This test was performed in 235/55 R17. Michelin Primacy 4 is the best of 12 tested tyres according to tested properties (wet, dry, noise, wear, fuel consumption). Michelin Primacy 4 is test winner with the following comments: "Very balanced with top marks in the wet, excellent low wear, very good in the dry" - Ranked 1.0 in Wear.
(8) - Wet grip - MICHELIN e.PRIMACY is rated "B" on the Wet Grip Item of the European labelling scale.