This rugged tread design upgrades the soft, loose and uneven terrain grip. The tread blocks and the upper sidewall pattern improve the deep mud and loose dirt performance as well. These tread elements increase the number of biting edges gripping the terrain surface to ensure a secure performing capability. The tread's wide grooves and staggered blocks keep the footprint clean. They eliminate mud and snow from between the tread elements to prevent them from blocking the tire's contact with the terrain surface. They also avoid stone retention by ejecting rocks from the footprint. This, combined with the durable compound enhances the tire's damage resistance and driving safety.

These tread elements stabilize the tire's contact with the terrain surface. This maintained road contact upgrades the steering responsiveness and the driving stability significantly. The steering becomes faster and more precise in its response to the driver's commands, while the structure is stabilized against the driving pressure affecting the model. The tire's reinforced sidewall and tread construction keeps the ideal tire shape under the load and driving pressure affecting the model. This enables the tire to upgrade the load carrying capability and power, increasing its load capacity greatly.

The tread design and all weather tire compound upgrade the dry, wet and winter weather road gripping capability. The tread's siping detail and staggered blocks heighten the number of biting edges that grip the terrain and road surface, while the compound keeps the rubber flexibility in various weather. The circumferential and lateral grooves disperse water and slush from below the footprint, during the tire's on-road performance. This further improves the wet and winter weather traction and boost the year round driving security.

They are all season tires with extra winter weather grip, in order to guarantee safer year-round durability. This ensures their true and secure driving ability throughout the year.

They are primarily designed for off-road applications.