The tread pattern manages to maintain the tire's surface contact at all times. The tire improves the steering responsiveness and the driving stability in this manner. 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 better control over the tires ensures the driver's full control over the vehicle at all times, promoting a safer driving experience.

This ideal tread design maintains the surface contact and upgrades the grip on the field surface to ensure the tires forward motion at all times. The directional lug placement boosts the soft traction during the drive, while the high void ratio keeps the footprint clean. This combination prevents the tire from getting stuck on loose and soft field surfaces, offering a safer driving experience throughout the tire's performance.

A tire's high flotation performance eases the pressure it places on the driving surface during the drive. By upgrading the high flotation ability, this model does not allow its traction to loosen up the soil, preventing soil retention. Field retention harms the soil's capability to grow a healthy crop as it ruins the soil quality. By avoiding this, the tire offers a field friendly performing ability.