Bridgestone 14283 Turanza EV All-Season Electric Vehicle Tire 275/45R20

The Bridgestone Turanza EV is a premium grand touring all-season tire engineered specifically for electric vehicles. Designed to meet the unique demands of EVs, this tire delivers the quiet refinement, responsive handling, and extended range that electric vehicle drivers expect from their tires.

ENLITEN Technology for Enhanced Performance:

Featuring Bridgestone's innovative ENLITEN technology, the Turanza EV is designed to reduce rolling resistance, helping your electric vehicle achieve longer range per charge without sacrificing tread life or premium performance. The next-generation tread compound incorporates PeakLife polymer technology, which enhances treadwear to overcome the load and torque challenges that historically lead to premature wear on electric vehicles.

Key Features:

• Advanced tread compound improves performance and wear life while handling the heavier loads and increased torque of electric vehicles
• Full-depth 3D sipes enhance overall handling and provide additional biting edges for improved winter performance
• Optimized tread pattern with slot alignment and open shoulder slots increases water evacuation for superior hydroplaning resistance
• Solid continuous rib design improves handling response and significantly reduces pattern noise for a quieter, more comfortable ride
• Symmetric tread design with semi-closed shoulders and in-groove quiet tracks further reduce road noise
• Low rolling resistance design extends your EV's range and enhances efficiency
• 50,000-mile limited treadwear warranty for long-lasting value

The Turanza EV balances exceptional ride quality with all-season versatility, even in light snow conditions. With its focus on sustainability, the tire incorporates renewable and recycled materials while maintaining excellent product performance. Whether you're navigating daily commutes or embarking on longer journeys, the Bridgestone Turanza EV delivers the premium performance and durability that electric vehicle drivers demand.