The Atrezzo ZSR SUV tire from Sailun has been specifically designed to exceed the demands of high-performance crossover and SUV vehicles. With its premium quality construction and widened tread surface design, it ensures precise control distribution and enhanced traction. Its special rubber compound formula reduces rolling resistance to help increase fuel efficiency, while its proven asymmetrical tread pattern offers impressive wet and dry performance.

• Exceptional Handling: Asymmetrical tread design for uncompromising control and performance.
• Reduced Noise: Variable pitch tread design for a smooth, quiet ride.
• Advanced Rubber Compound: An advanced tread compound that ensures excellent cornering control and exceptional handling.

Technologies and Performance

The Atrezzo ZSR SUV integrates premium construction which, combined with its widened tread design, optimizes ground contact for balanced control distribution and superior traction. Sailun's special rubber compound effectively reduces rolling resistance, contributing to better fuel economy without sacrificing performance. The asymmetrical tread configuration is designed to offer superior capabilities on both wet and dry surfaces, allowing for enhanced response and stability in all driving conditions.

This tire also offers a significant reduction in rolling noise, thanks to its variable pitch design that absorbs road vibrations, thus ensuring a more comfortable and quieter driving experience.

Vehicle Compatibility

Designed for high-performance SUVs and crossovers, the Atrezzo ZSR SUV is the ideal companion for brands and models such as the BMW X5, Audi Q5, Mercedes-Benz GLE, and other vehicles requiring exceptional grip and stability. Its durability is assured with a mileage warranty of 60,000 km for V speed rating sizes, and 50,000 km for W and Y speed rating sizes.

Choose the Atrezzo ZSR SUV tire from Sailun to transform your driving experience with exceptional grip, precise handling, and increased fuel efficiency, regardless of the weather. A perfect choice for demanding drivers in search of performance and reliability.