


-
Wear
6 -
Breaking
9 -
Handling
7 -
Ride Comfort
7 -
Quiet Ride
7 -
Fuel Efficiency
9

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The Transverse Grooves
On the inner tire shoulder are connected to enhance inner water dispersion performance and ensure handling performance.
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The Bottom of The Inner Tread Grooves
Features noise-reducing ripples, which disrupt airflow paths and increase reflection paths, thereby reducing noise energy.
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Closed Transverse Grooves
On the outer shoulder block noise propagation from the tread center to the shoulders, reducing pass-by noise while ensuring the rigidity of the shoulder tread blocks, thereby improving handling performance.
Extensive Use of Agile Chamfer Design in Transverse Grooves
Increases the contact area during braking or acceleration, prevents tread block edge curling, and enhances handling performance.


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Four Side Main Grooves
With a 2% increase in width compared to conventional designs, enhance hydroplaning resistance.
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Transverse Grooves
In the later stages of wear, transverse grooves and sipes can still effectively penetrate the water film, ensuring sufficient wet grip throughout the tires lifecycle.
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Dry Handling Performance
The outer main groove incorporates interlocking support blocks to enhance the rigidity of the outer tread blocks, improving dry handling performance.
