The Falken AZENIS FK510 in size 295/30ZR21XL delivers exceptional handling and durability for high-performance vehicles on summer roads. Designed with an asymmetrical tread pattern, this tire provides optimal traction and stability during spirited driving, making it suitable for sports cars and luxury vehicles. The tire features a black sidewall and a reinforced XL construction that enhances load-carrying capacity, supporting up to 1,874 pounds at 50 psi for maximum safety and performance. Its advanced tread design includes a depth of 9/32 inches, ensuring effective grip and efficient water evacuation to reduce hydroplaning risks. With a temperature rating of A and traction rating of AA, the FK510 excels in providing superior grip and responsiveness even in demanding driving conditions. The tire’s overall diameter of approximately 28.07 inches and a width of 12 inches make it ideal for larger rim sizes, specifically 21 inches, with a minimum rim width of 10 inches. Engineered for summer use, this tire combines high-speed capabilities up to 186 mph (Y speed rating) with a tread wear rating of 300, ensuring a balanced mix of performance and longevity. The Falken AZENIS FK510 is a reliable choice for drivers seeking maximum control, handling, and safety during the warmer months, offering a perfect blend of sporty performance and road stability.

Features:

• Size: 295/30ZR21XL for high-performance applications

• Asymmetrical tread pattern for enhanced handling and grip

• Black sidewall with reinforced XL construction for increased load capacity

• Maximum load of 1,874 pounds at 50 psi for durability

• Temperature rating of A and traction rating of AA for superior grip

• Tread depth of 9/32 inches for effective water evacuation and hydroplaning resistance

• Designed for summer seasonal use with a maximum speed of 186 mph (Y rating)

• Overall diameter approximately 28.07 inches and width of 12 inches for larger rims

• Suitable for rim sizes of 21 inches with a minimum width of 10 inches

• Radial bias construction with extra load capacity for high-speed stability