The angled lateral lugs and the high void ratio allow the tire to improve the soft, loose and uneven terrain traction. These tread elements enable the model to increase off-road terrain traction during the performance. The ideal footprint allows the tire to enhance the forward motion through deep mud and loose terrain surface conditions, promoting a safer off-road driving experience.

The angled lug pattern and the high void ratio enable the footprint to disperse mud, snow and rocks stuck between the tread elements. In other words, the footprint does not allow mud and snow from packing between the tread elements and preventing them from blocking the surface contact. On the other hand, the high void ratio prevents rocks from lodging between the tread element, avoiding stone retention from harming the casing. This combination ensures a secure, damage free performance.

The lug pattern's surface contact and the deeper tread work together to enhance the forward motion, while also optimizing the tire's handling. This enables the tire to increase the steering responsiveness and the driving stability. As a result, the tire is quicker and more precise in its response to the driver's commands, while the structure is secured against the driving pressure affecting the tire. This guarantees the driver's better control over the vehicle during the drive.

This internal structure reinforces the tire against the load and driving pressure, allowing the tire to improve the load carrying and withstanding ability. As the tire does not deform under the load and driving pressure, greatly improving the load capacity.