Multiple compound tread enhances comfort and increases fuel efficiency, contributing to energy saving and environmental friendliness.

Wide longitudinal grooves effectively increase tire safety, ensuring high-speed driving, and enhancing tire drainage and wet traction.

Unequal pitch order effectively reduces resonance coefficient and lowers noise and improves comfort performance.

Asymmetrical pattern design clearly differentiates functions of inner and outer sides, and enhances driving stability at high speed.

Diversified sipes and sliced grooves greatly improve stability and comfort in high-speed driving.

Special tread compound formula with silica greatly reduces rolling resistance.

Transverse-shaped grooves in central and both sides connected to main grooves significantly improve water and sand grip.

Semi-closed shoulder design effectively increases strength and durability.

Three main longitudinal grooves improve directional performance, with side trapezoid grooves enhancing drainage performance.

Unequal pitch design and random arrangement effectively reduce rolling noise and avoid early damage.

Multiple compound tread increases wear resistance and tear resistance, as well as improving service life and safety on unpaved roads.

Central circumferential rigid pattern rib effectively enhances stability in high-speed driving.

Unequal pitch order greatly enhances pattern blocks' rigid and effective noise lowering ability, and perfectly supports stability in driving.

Stair-stepping sipes improve grip performance as well as enhance stability on wet roads.

Irregular combined patterns significantly enhance blocks' rigidity, and increasing road driving stability.