The circuit board pattern design achieves real-time corresponding control changes,  and can sensitively start and stop on dry and wet roads to prevent water slipping.

Adopting four wide main grooves and dense cross grooves design, greatly improving drainage performance and enhancing the braking and handling performance of tires on wet and slippery roads.

Optimize the tread pattern and pitch arrangement design, effectively reduce the noise generated by the resonance of the tread with the air and road surface, and provide a quiet travel experience.

Biobased environmentally friendly rubber enhances molecular structure, enhances grip, prevents slipping on wet brakes, and provides an ultimate handling experience.