The large, hook-shaped tread blocks and the optimal groove placement work together to boost the soft and loose terrain gripping ability. They upgrade the model's performing capability on off-road terrain surfaces and improve the tire's versatile application. These tread elements ensure the tire's forward motion even when driving through loose dirt and deep mud. The off-road performance is further improved with the tread's self-cleaning capability. The staggered tread elements eliminate mud and eject rocks stuck between the tread elements. This keeps the footprint clean and guarantees the tire's constant road contact, while it also upgrades the stone retention prevention to ensure a safer performance.

The tread elements with the optimal siping detail and the all weather compound enhance the tire's grip in dry, wet and winter weather. The tread's siped elements improve the grip on the road surface, which boosts the year round performing capability. The compound, on the other hand, manages to keeps its rubber flexibility in different temperatures and conditions. The open shoulder pattern and the ideally placed groove pattern disperse snow packed into the grooves. This ensures the tire's constant road contact and upgrades the year round driving safety.

The reinforced steel belt construction upgrades the load carrying and withstanding capability. It does not deform under the driving and load pressure affecting the model. This allows the tire to improve its load handling capacity. The durable compound helps resists premature tread wear and damage to the tread elements. It significantly slows the tread wear rate down, while also avoiding cracking, chipping and tearing of the tread area. The flat footprint helps boost the length of the tread life. The loose terrain surface contact enables the tire's even pressure distribution, resisting irregular tread wear formations across the tread area.

The ideal tread block placement enhances the steering responsiveness and the driving stability with the better surface contact. This enables the tire to be 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 better controllability enables the driver to confidently maneuver the vehicle in various weather and off-road terrain surfaces.

They are not designed for regular highway driving.