The Z-007 ZuperAce UHP tire is the perfect choice for drivers demanding top performance, comfort, and durability. Engineered to deliver an exceptionally quiet and safe driving experience, it combines cutting-edge technologies to maximize grip, longevity, and fuel efficiency. This ultra-high-performance tire adapts seamlessly to all road conditions, ensuring outstanding handling and optimal driving comfort.

• Exceptional noise performance thanks to the 24 Soundbolt Arrays and NVH simulation optimized pitch pattern.
• Improved grip and handling through scaled grooves with beveled edges, large continuous shoulder blocks, and a renewable non-petrochemical green compound.
• Enhanced durability and fuel economy enabled by BPOT Technology, Hybrid Silane, Mixing-Technology, and ultra-fine particle size Nano-Silica.

Exceptional noise performance: The Z-007 ZuperAce UHP features advanced 24 Soundbolt Arrays combined with an NVH (Noise, Vibration, Harshness) simulation-optimized tread pattern. This innovation dramatically reduces rolling noise, providing extreme acoustic comfort even at high speeds. Every detail of the tread design is crafted to minimize vibrations and sound disturbances, ensuring a quieter and more pleasant ride on all road types.

Improved grip and handling: The tire’s structure relies on scaled grooves with beveled edges and large continuous shoulder blocks that enhance cornering stability and road-holding. The central continuous tread rib with shallow grooves ensures better traction and quick steering response. The use of the Non Petrochemical renewable green compound rubber not only boosts performance but also reflects an eco-friendly commitment by improving flexibility and grip on both dry and wet surfaces.

Enhanced durability and fuel economy: The Z-007 benefits from the powerful combination of BPOT Technology, Hybrid Silane, and Mixing-Technology. Incorporating high-density, ultra-fine Nano-Silica particles, this tire delivers significantly improved wear resistance, extending mileage. This innovative composition also reduces fuel consumption by optimizing rolling resistance, leading to a smaller environmental footprint and long-term savings.