The tread provides great traction and self-cleaning capabilities. The optimal block placement and the high void ratio work together in order to improve its on-road, as well we soft, loose, and uneven terrain grip. Their combination enables its exceptional forward motion on various terrains, while also eliminating mud, snow, and rocks stuck between the tread elements. Stone retention is avoided in this manner. It also makes sure mud and snow do not block surface contact, promoting a safer driving experience.

The tire manages to maintain surface contact throughout the drive. This boosts steering responsiveness and driving stability at all times, thanks to the aggressive tread design. This combination guarantees the driver better control over the vehicle at all times. Maneuvering is also upgraded, thanks to the optimal tread elements. In other words, the tire's cornering and braking are boosted, ensuring the driver's control over the vehicle.

The ideal tread design allows the tire to eliminate rocks stuck between the tread elements. Rocks cannot drill into the casing and they are ejected before they can damage the tread area. The strong internal structure effectively protects the tire from versatile external damage. The construction avoids punctures, cuts, and impact damage, protecting its driving safety levels.