The aggressive tread design with the staggered block placement and high void ratio improves the soft, loose, and uneven terrain grip. These tread elements greatly upgrade the tire's surface traction, by utilizing additional biting edges. The optimal footprint guarantees the tire's forward motion at all times, through deep mud and on soft dirt surfaces. The self-cleaning nature of the tread manages to eliminate mud, snow, and rocks stuck between the tread elements. Mud and snow block the surface contact, while stone retention is avoided.

The tread design enhances the steering responsiveness and driving stability while the tires are in motion. As a result, the tire significantly enhances the steering response time and accuracy to the driver's commands, while the structure is secured against the driving pressure affecting the tire. The tire's reinforced internal structure allows the tire to improve the load capacity. As the tire does not deform under pressure, it is able to greatly upgrade the load durability at all times.

The stronger compound, the durable structure and the optimal tread element promote a longer tread life. The wear-resistant rubber materials of the compound not only reduce the treadwear rate. The tread design ensures even pressure circulation across the tread area as the footprint prevents tread flexing. This effectively avoids irregular wear formations across the tread area. The stronger structure prevents external damage from shortening the service life.

They are not designed for regular highway driving.