Kenda KLEVER H/T 4S KR620 265/65R18 Light Truck All-Season Tire with Snowflake Rating

The Kenda KLEVER H/T 4S KR620 is a reliable all-season tire designed specifically for light trucks and SUVs. Featuring a 265/65R18 size, this tire provides a balanced combination of comfort, durability, and performance on various road conditions. Its robust construction and advanced tread design ensure a smooth ride while maintaining excellent traction, especially in snowy conditions, thanks to its snowflake rating. The sidewall is designed with a black sidewall (BSW) for a sleek appearance that complements a variety of vehicle styles. With a load rating of 114 and a speed rating of H, the KR620 can handle heavy loads and high speeds efficiently, making it an ideal choice for daily driving and long-distance travel.

Built with a durable tread compound and boasting a UTQG rating of 640 A B, this tire offers a long-lasting performance with an estimated 60,000 miles of tread life warranty. Its load range SL provides adequate strength for typical light truck applications. The tire is not run-flat and does not include electric vehicle compatibility or noise canceling technology, focusing instead on reliable traction and longevity. The KR620's design emphasizes safety and performance in all-season conditions, including snow, making it a versatile choice for drivers seeking dependable performance throughout the year. Trust the Kenda KLEVER H/T 4S KR620 for your light truck or SUV to deliver consistent handling, safety, and comfort on the road.

Features:

• All-season traction with snowflake rating for snow conditions

• Designed for light trucks and SUVs with 265/65R18 sizing

• Load rating of 114 and speed rating of H for heavy loads and high speeds

• Long-lasting tread life with a UTQG rating of 640 A B and 60,000-mile warranty

• Black Sidewall (BSW) for a sleek appearance

• Durable tread compound for enhanced longevity

• Suitable for daily driving and long-distance travel

• Optimized for comfort, safety, and reliable performance in diverse conditions