The staggered block placement and the high void ratio improve the surface traction at all times. These tread elements guarantee the tire's forward motion on soft, loose, and uneven terrain surface conditions. These tread elements significantly increase the versatile terrain traction, especially when performing through deep mud. The tread's self-cleaning nature effectively disperses mud and snow from the footprint. As a result, they cannot block the tire's surface contact by packing between the tread elements.

The tread elements eliminate rocks from the footprint before they can drill into the tread area and cause stone retention. The durable compound protects the tread from chipping, cracking, and tearing, significantly reducing the possibility of tread damage. The stronger construction protects the tire from external damage. The structure protects the tire from punctures, cuts, and impact damage from harming the casing. Thanks to the combination of these elements, the tire guarantees a secure performance.

The tough compound and the stabilized tread elements significantly upgrade the tread life length. The durable compound utilizes wear-resistant compound elements, greatly reducing the overall treadwear rate. The stabilized tread elements ensure even pressure circulation across the tread area, avoiding irregular wear formations. The slow and even wear boosts the service and tread life.

The reinforced internal structure maintains the ideal tire shape under the load and driving pressure, significantly boosting the load capacity at all times. The tread design's surface contact upgrades the steering responsiveness and driving stability. As a result, the tire boosts the steering response time and accuracy to the driver's commands, while the structure is secured against the driving pressure. These elements ensure a safer driving experience, upgrading the driver's better control over the vehicle at all times.

They are not designed for regular highway driving.