Armstrong AOR2

The optimal block placement improves the surface contact at all times and increases the steering responsiveness and driving stability. In other words, the tire promotes great steering response time and accuracy to the driver's commands, while it also greatly stabilizes the structural stability under driving pressure. The combination enables the tire to greatly enhance the driver's better control over the vehicle, optimizing the overall driving safety levels, no matter which axle the tire is mounted on.

The ribbed tread design and the strengthened internal structure work together to upgrade the load capacity. The tread design allows even pressure circulation, easing the pressure off the tire. On the other hand, the reinforced internal structure maintains the ideal tire shape under the load and driving pressure. This results in a safer heavy-duty performance, as the tire does not deform under the pressure. The tire greatly enhances its overall load capacity in the end.

The ribbed tread design stabilizes the footprint, allowing the tire to prevent irregular wear formations. The even pressure circulation allows the tire to evenly circulate the driving pressure across the tread area. This effectively avoids irregular wear formations. On the other hand, the durable compound elements allow the tire to avoid premature wear. The wear-resistant compound minimizes the treadwear rate greatly. The slow and even wear greatly improves the overall service and tread life.