This is achieved with the ideal tread design. The tire manages to optimize its forward motion on soft and loose surfaces as a result. The tread elements significantly improve the model's traction on such terrains, upgrading its agricultural applications. Additionally, the tread’s self-cleaning nature manages to eliminate mud, snow, and rocks stuck between the tread elements. This resists stone retention and manages to upgrade the overall driving safety levels at all times.

The ideal tread design works with the durable compound to effectively provide slow and even wear. Footprint stability maintains surface contact and helps prevent tread flexing. As a result, the tire avoids irregular wear, by preventing pressure accumulation along the tread area. On the other hand, strong compound elements offer wear resistance, decreasing the treadwear rate. This combination greatly boosts the tire’s overall tread life length.

The compound blend and the optimal tread design combat tread and casing damage. The tread ejects rocks, resisting stone retention. Stronger rubber materials protect the tread area from the tread’s chipping, cracking, and tearing, while the strengthened construction prevents punctures, cuts, and impact damage. Furthermore, the sturdy structure helps increase load durability, as the tire does not deform under load pressure.