Kumho ECSTA PS71 is an ultra-high-performance summer tyre designed for passenger cars, saloons and sporty models, offering a balance of grip, stability and driving comfort. Available in several sizes, it meets the needs of drivers looking for high performance on both dry and wet roads.
This tyre features an innovative HDMS (High Dispersible Micro-Silica) compound that improves grip and braking distance, while optimising durability and mileage performance. Its design ensures precise handling and increased stability even at high speed, making it suitable for dynamic and demanding use.
The Kumho ECSTA PS71 is offered in a wide range of profiles and speed categories, allowing you to choose the size best suited to your vehicle. Load characteristics and speed rating vary by size, ensuring broad compatibility with many powertrains and driving styles.
Enhanced handling performance and improved longevity on wet roads thanks to the use of a multifunctional S-SBR.
Improved wear resistance and energy efficiency thanks to the use of highly dispersible silica.
Optimisation of braking performance on all surfaces through the integration of a high-performance resin.
- A. Optimised block design: tread pattern developed to improve performance on dry roads and ensure enhanced stability when driving at high speed.
- B. Increased contact patch: contact patch maximised thanks to an optimised design of each rib, promoting better grip and more even wear, especially on wet roads.
- C. Four main grooves for improved drainage: wide longitudinal grooves allowing direct water evacuation to enhance braking performance and road holding on wet roads.
- D. Differentiated tread design: sporty-inspired styling, highlighting a high-performance positioning through the integration of racing-flag-type patterns.
- E. Enhanced belt durability: use of a new hybrid ply combining a steel belt and high-strength materials, contributing to better road holding and increased stability at high speed.
- F. Enhanced bead durability: increased lateral stiffness through the integration of a textile reinforcement in the sidewalls, improving steering precision and overall stability.
