Better load handling is ensured with the reinforced internal structure. On the other hand, this construction also improves the tire's casing damage resistance. Punctures, cuts, and impact damage are prevented as a result. Furthermore, the optimal tread design and the compound blend work together to protect the casing from stone retention and the tread area from chipping, tearing, and cracking. Their combination significantly improves the tire's overall service life.

The tire provides great traction in dry, wet, and light winter conditions. This is achieved with the tread design and the durable compound. They work together to generate traction with extra biting edges and to keep the tire pliable throughout the year. Hydroplaning is resisted with the tread design that disperses water and slush from the footprint, further enhancing its performance on wet roads.

The optimized tread design can closely follow the terrain surface and maintain consistent forward motion. In this manner, the aggressive tread design can easily handle soft, loose, and uneven terrain surfaces. On the other hand, the model also improves the overall traction on soft dirt and muddy terrains. The tread design ejects stones and rocks from the footprint, protecting the carcass from stone drilling. This tread design and the rubber compound guarantee safe off-road performance on muddy and uneven terrains.

The optimized footprint guarantees its surface contact at all times, which boosts steering responsiveness and driving stability. As a result, the tire helps to upgrade the steering response time and accuracy to the driver's commands. These elements also keep the structure stable under the driving pressure affecting it. This combination gives the driver full control over the vehicle and guarantees a safe driving experience.

They are not designed for regular highway driving.