The tire features a directional tread block placement and the high void ratio work together to enhance the soft and loose terrain surface gripping ability. This combination ensures the tire's firm grip on various surface conditions by providing additional biting edges to guarantee the tire's constant forward motion. The traction and the tread's clean footprint prevent the tire from getting stuck on such terrain surfaces. The tread's staggered elements and the wide groove pattern keep the footprint clean by preventing mud and snow from packing between the tread elements. In this manner, the tire maintains a secure traction and surface contact at all times.

The compound keeps the rubber flexibility in different temperatures, from the heat of summer to colder winter conditions. The aggressive tread pattern's surface grip is also ensured in dry, wet and winter situations, improving the all weather driving safety levels. The better harsh weather performance earned the tire its three mountain peak and snowflake symbol, which is given to tires with excellent winter traction.

The tread's self-cleaning pattern ejects rocks stuck between the tread elements. As a result, the tire eliminates rocks from the footprint before they can drill into the tread and harm the casing. The compound, on the other hand, avoids tread damage with the chip- and cut-resistant rubber materials, effectively minimizing the possibility of tread damage. The tire's reinforced steel belt construction resists punctures and impact damage during the tire's off-road performance. This promotes exceptional harsh terrain protection.

The tire's nylon cord reinforced steel belts and the polyester cord body maintain the ideal tire shape at all times. This boosts the load capacity as the tire does not deform under the load pressure. The ideal tire shape also helps improve the tire's handling. It aids the tread pattern in maintaining constant surface contact. In this manner, the tire increases the steering responsiveness and the driving stability. The steering becomes quicker and more precise, while the structure is secured against the driving pressure affecting the model. This results in the driver's better control over the vehicle throughout its performance.

They are not designed for regular highway driving.