Nankang CR-S Tire V2 - 245/35ZR19 93(Y) XL

The Nankang CR-S Tire V2 is designed to deliver exceptional handling and precise control for performance-oriented vehicles. With a size of 245/35ZR19 and a load index of 93, this tire offers a reliable balance of grip and durability. Its radial construction ensures stability during high-speed driving, making it an excellent choice for drivers seeking responsive steering and enhanced cornering capabilities. The tire’s sidewall features a black sidewall (BSW) profile, contributing to a sleek appearance that complements sporty wheel designs. The Y speed rating indicates the tire is capable of safely reaching speeds up to 186 mph, providing confidence during spirited driving sessions. The XL designation signifies an extra load capacity, supporting heavier loads without compromising performance or safety. This tubeless tire is suitable for a variety of performance vehicles and is engineered for both everyday use and spirited driving experiences. Nankang’s CR-S Tire V2 combines innovative tread design with durable materials, ensuring consistent performance over time. Its non-directional tread pattern allows for versatile mounting options, simplifying installation and rotation. Ideal for drivers who demand both style and substance, this tire enhances overall vehicle handling while offering a comfortable ride on both city streets and open highways. Whether replacing worn tires or upgrading for improved performance, the Nankang CR-S Tire V2 provides a reliable and high-quality solution for discerning motorists.

Features:

• Size: 245/35ZR19 for a sporty fit and aggressive look

• Speed Rating: (Y) capable of reaching 186 mph for high-performance driving

• Load Index: 93 supporting heavier loads with extra durability

• Construction: Radial for stability and precise handling

• Sidewall: Black Sidewall (BSW) enhances aesthetic appeal

• Tire Type: Performance designed for spirited driving and handling

• Tubeless Design for ease of maintenance and reliability

• XL Load Capacity for increased load support without sacrificing performance