胎面四 条宽直线排水沟槽使轮胎具备优越的排水性能,提高了 轮胎的湿地操控性能。
胎面不 规则分布的的横向花纹刀槽,使轮胎 具备优越的抓地性能。
独特的slica胎面配 方有效提高了轮胎的湿地抓着力和刹车性能,同时降 低了轮胎的滚动阻力,降低车辆油耗。
胎侧具 有轮辋保护设计,保护轮 辋免受外力冲击而造成漏气,提高行驶安全性。
通过计 算机有限元模型分析进行轮胎设计,使轮胎 节距排列得到优化从而提高了轮胎的操控性能和舒适性。
Asymmetric pattern design, greatly improve the tire grip and curve control performance.
The four wide straight drain troughs of the tread make the tire have superior drainage performance and improve the wetland control performance of the tire.
The transverse pattern groove with irregular tread distribution enables the Tyre to possess superior grip performance.
The unique slica tread formula effectively improves the moisture grip and braking performance of the tires, and reduces the rolling resistance of the tires and reduces vehicle fuel consumption.
The tire side has a rim protection design, which protects the rim from external forces and causes leakage and improves the safety of driving.
The tire design is carried out by means of a computer finite element model analysis, which optimizes the arrangement of tire pitch and improves the handling performance and comfort of the tire.
胎面四 条排水沟槽设计+胎肩横 沟渐渐变宽设计,提高轮胎排水能力,湿地性能更优越。中间宽导向块设计,使轮胎加速更快,操控更精准。创新的轮廓设计,转弯时 自动增加接地面积,保证转 向稳定和安全性。
通过计 算机有限元模型分析进行轮胎设计,使轮胎 节距排列得到优化从而提高了轮胎的静音性和舒适性。
Tire surface four drain groove design + tire shoulder horizontal groove gradually widens the design, improves the tire drainage capacity, wetland performance is superior. The middle wide guide block is designed to accelerate the tire faster and control it more accurately. Innovative outline design, automatically increase ground area when turning, ensure steering stability and safety.
Through the computer finite element model analysis, the tire pitch arrangement is optimized to improve the sound and comfort of the tire.