The Michelin Pilot Sport EV was engineered specifically for the unique demands of high-performance electric vehicles. Designed to handle the instant torque, increased weight, and efficiency requirements of modern EVs, the Pilot Sport EV delivers exceptional grip, responsive handling, and optimized range without sacrificing driving enjoyment.

Electric vehicles place significantly different demands on tires compared to traditional gasoline-powered vehicles. Michelin addressed these challenges by developing a specialized tread compound and construction that help manage high torque loads while promoting long tread life and efficient energy usage. The result is a tire that provides outstanding acceleration traction, strong braking performance, and confident cornering behavior.

Noise reduction is another major focus of the Pilot Sport EV. Michelin's advanced construction helps minimize road noise, contributing to the quiet cabin environment EV drivers expect. At the same time, the tire maintains the sharp steering response and high-speed stability associated with the Pilot Sport family.

The Pilot Sport EV is particularly popular among owners of Tesla Model S, Model 3 Performance, Model Y Performance, Porsche Taycan, BMW i4, Hyundai IONIQ 5 N, and other electric performance vehicles.

For drivers searching for EV tires, Tesla tires, Michelin electric vehicle tires, performance EV tires, or premium replacement tires for modern electric vehicles, the Michelin Pilot Sport EV delivers a balanced combination of efficiency, comfort, durability, and performance.

Tire Specifications:

• Fits: T Sportline Tesla Model S G2 21" Wheels
• Size: 265/35R21
• Weight: 27 LBS
• Speed Rating: Y
• Load Rating: 101
  
• Load Range: XL
• Load Capacity: 1819
• Ply Rating: N/A
• UTQG: 300 AA A
  
• Color Sidewall: BSW
  
• Tread Depth: 8/32 
• Manufacturer Defect Warranty: 20,000
  
• Three-Peak Mountain Snowflake (3PMSF) Certified Rating: No
• Noise Canceling Technology: Yes

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Checking and Adjusting Tesla Tire Pressure

When your Tesla has been stationary and out of direct sunlight for over three hours:

• Remove the tire air valve stem cap (unscrew cap by hand).
• Firmly press a tire pressure gauge onto the valve stem tip to measure pressure (a small amount of air will escape during measurement, which is normal).
• Compare reading to Tesla Tire Pressure specification (found on the Tire and Loading Information label located midway up on the center door pillar, visible only when the driver’s door is open), add or remove air to match the recommended pressure. Reduce pressure by by pressing the metal pin in the center of the valve. Increase pressure using an appropriate tire inflator pump or compressed air source.
• Re-check pressure using the tire pressure gauge.
• Re-install the valve stem cap (hand tighten)
• Important note: Under-inflation is the most common cause of tire failures and can cause a tire to overheat, resulting in severe tire cracking, tread separation, or blowout, which causes unexpected loss of car control and increased risk of injury. Under-inflation also reduces the car's range and tire tread life.
• Tesla TPMS sensors require driving for a short period of time before updated pressure readings are recorded accurately. Expect TPMS readings to reflect accurate tire pressure readings after driving 5 miles.

Factors impacting tire pressure readings:

• Ambient temperature - Air pressure increases in heat and decreases in cold.
• Tire temperature – Tires warm up during use.
• Sunlight – directly sunlight will increase tire temperature and thereby tire pressure.