The wide shoulder design increases the rigidity of the tire shoulder and improves the wearresistance of the tire.

The rubber bumps at the bottom of the grooveand the S-shaped grooves effectively improve the self-cleaning property of the tire.

Small grooves on the edges of the blocks helpimprove the traction performance of the tire.

The wide shoulder design increasesthe rigidity of the tire shoulder and improves the wearresistance of the tire

The rubber bumps at the bottom of the grooveand the S-shaped grooves effectively improvethe self-cleaning property of the tire

Small grooves on the edges of the blocks helpimprove the traction performance of the tire.

The protrusions at the bottom of the groove effec-tively improve the self-cleaning properties of thetire.

Shoulder grooves are good for tire heat dissipationThe deepened block pattern effectively gives thetires excellent driving and braking performanceand increases the mileage.

The application of tortuous thin grooves provi desexcellent drainage and grip performance.

The rubber bump at the bottom of all groove seffectively improves the self-cleaning property of the tire.......

The application of horizontal fine grooves providesexcellent drainage and grip performance.

The wide shoulder design increases the rigidity of the tire shoulder and improves the wear resistance of the tire.

The grooves design under the shoulder side canimprove the heat generation performance.

The wide shoulder design increases the rigidity ofthe tire shoulder and improves the wear resistanceof the tire.

The rubber bumps at the bottom of the groove andthe S-shaped grooves effectively improve theself-cleaning property of the tire.

The zigzag and lines grooves provide the goodtraction and high speed performance.

Application of crisscross trenches gives excellenttraction, braking and anti-hydroplaning performance.

The thin sipes on blocks effectively promote heatdisperson.

The design of wider footprint strengthens gripperformance and offers longer mileage.