The Hankook Ventus S1 EVO3 SUV K127A offers high-performance summer traction designed specifically for SUVs and crossovers. With a size of 285/40R22XL, this tire provides a robust 11.7-inch width and an overall diameter of approximately 31 inches, ensuring a confident and responsive driving experience. The XL construction enhances load capacity, supporting up to 2,337 pounds at 50 psi, making it suitable for demanding driving conditions. Its asymmetrical tread pattern improves handling, steering precision, and cornering stability on both dry and wet surfaces. The sidewall features a sleek black wall design that complements modern SUV aesthetics, and the tire’s high speed rating of Y (up to 186 mph) ensures performance at higher speeds. The tread depth of 9.5/32 inches contributes to durability and consistent wear, backed by a treadwear rating of 220 and an AA traction rating for superior grip. This tire is engineered with a temperature rating of A, delivering excellent heat resistance and stability during extended driving periods. Designed for summer use, it is ideal for drivers seeking sporty handling while maintaining comfort and safety. The Ventus S1 EVO3 SUV K127A’s radial bias construction and extra load capability provide a reliable and secure ride in a variety of driving conditions, making it a versatile choice for serious SUV enthusiasts.

Features:

• Size: 285/40R22XL for a confident fit on larger SUVs and crossovers

• Asymmetrical tread pattern enhances handling and cornering stability

• Tread Depth: 9.5/32 inches for durability and even wear

• Speed Rating: Y (up to 186 mph) for high-speed stability

• Load Capacity: Supports up to 2,337 pounds at 50 psi with extra load construction

• Traction Rating: AA for excellent grip on dry and wet surfaces

• Temperature Rating: A for heat resistance and stability during extended use

• Rim Diameter: 22 inches with a minimum rim width of 9.5 inches

• Black Wall Sidewall design complements modern SUV aesthetics

• Designed for summer driving with optimal performance in warm conditions