The optimized tread pattern and its high void ratio increase soft and loose terrain traction. They upgrade the forward motion throughout the model’s performance, while also keeping the footprint clean. These tread elements eliminate mud, snow, and rocks stuck between the tread elements. As a result, mud and snow do not block the surface contact, while stone is effectively avoided.

The casing works together with the tread design and the compound to achieve this. The stronger construction does not deform under load and driving pressure, upgrading its load capacity. On the other hand, these improvements enable the tire’s prevention of casing and tread damage. These elements enable the tire’s service life by avoiding various types of damage.

The tire manages to optimize its treadwear rate and manner. Stronger compound elements and the tread’s ideal pattern work together to achieve this. They actively resist irregular and premature wear across the tread area. The model manages to evenly circulate driving pressure, preventing pressure accumulation. It also helps to decrease the treadwear rate, offering slower wear.