The tread design features a durable, staggered block pattern, a high void ratio and a detailed upper sidewall design which work together to boost the model's soft, loose and uneven terrain gripping ability. This tread upgrades the tire's grip both on- and off-road. The upper sidewall design provides additional biting edges, which prevent the tire's traction failure on loose dirt and in deep mud. The tread's staggered elements and high void ratio upgrade the self-cleaning ability. These tread elements prevent mud and snow from packing into the tire's footprint, while also avoiding stone retention. This guarantees a safer off-road performing ability.

The durable compound keeps the rubber flexibility in various temperatures, while the optimally siped tread blocks boost the grip in dry, wet and winter weather conditions with extra biting edges. These tread blocks also ensure the tire's secure performance on snow- and ice-covered road surface conditions. During the tire's on-road drive, the optimal groove pattern avoids hydroplaning by dispersing water and slush from below the footprint. As a result, the tire can securely perform in all weather conditions.

The tread's constant surface contact upgrades the steering responsiveness and driving stability. This boosts the steering response time and accuracy to the driver's instructions, while it also upgrades the year round driving stability. In this manner, the tire ensures the driver's constant control over the vehicle in versatile terrain surface conditions and in different temperatures.

The durable compound and the optimal tread design ensure a longer usability by providing a slower and even tread wear rate. The tread compound's wear-resistant rubber materials decrease the tread wear rate, while the stabilized tread elements ensure even wear with the equally distributed driving pressure affecting the model. The stronger internal structure keeps the tire's optimal structural shape, even under the load and driving pressure affecting the model. This upgrades the load capacity by boosting the model's load carrying and withstanding power.