Hankook Ventus Prime 3 SUV K125A 235/65R17 104H

Experience unparalleled driving excellence with the Hankook Ventus Prime 3 SUV K125A 235/65R17 104H. Designed for New Zealand's demanding terrains, this tyre offers the perfect balance of performance and safety. Enjoy improved dry and wet traction with its enhanced sidewall stiffness, ensuring durable, comfortable rides. Achieve superior wet performance through rapid drainage with wide 4-channel grooves, and benefit from optimised groove design for consistent performance. With an optimised profile for powerful acceleration, a solid outside block for stability, and noise care pitch for a quieter ride, the Ventus Prime 3 SUV K125A is engineered for those who seek excellence on every journey.

Wide 4 channel grooves. The Hankook Ventus Prime 3 SUV K125A 235/65R17 104H ensures superior wet performance through rapid drainage. This feature enhances your driving safety by reducing the risk of hydroplaning, especially in New Zealand’s unpredictable wet weather.

Optimised new profile. With an optimised profile, the Hankook Ventus Prime 3 SUV K125A 235/65R17 104H delivers exceptional tyre performance during powerful acceleration. This feature ensures that your SUV experiences consistent traction and stability, enhancing driving confidence on both highways and rugged terrains.

Solid outside block. The Hankook Ventus Prime 3 SUV K125A 235/65R17 104H employs a solid outside block design for improved stability and handling performance. This results in maximised outside block rigidity, giving you superior control and a more responsive steering experience under diverse driving conditions.

Noise care pitch. Noise reduction is achieved through the noise care pitch design of the Hankook Ventus Prime 3 SUV K125A 235/65R17 104H. This ensures a quieter and more comfortable ride, making long journeys more enjoyable and less tiring for both the driver and passengers.

Groove chamfer. The groove chamfer on the Hankook Ventus Prime 3 SUV K125A 235/65R17 104H increases the contact area instantaneously during braking. This feature greatly improves traction performance, enhancing safety by providing better braking efficiency in both dry and wet conditions.