It features a wider, flat footprint with stabilized large blocks, which create the tire's surface contact at all times. As a result, the tire's steering responsiveness and driving stability are significantly enhanced. The better surface contact enables the tire's steering response time and accuracy to the driver's commands, while the structure is secured against the driving pressure. This combination greatly upgrades the tire's overall controllability and maneuvering.

The larger tread elements and the optimized surface contact work together to upgrade the overall pressure circulation across the tread area. The equally spread out forces of acceleration, cornering, and braking effectively resisting irregular wear. Wear-resistant compound elements greatly decrease the treadwear rate significantly. The slow and even wear boosts the overall usability.

The ideal block placement across the flat footprint enables the tire's better surface grip. This allows the model to securely perform on versatile terrain surfaces, upgrading the soft and loose terrain grip. As a result, the tire helps to increase the deep mud and loose dirt performance, as well as find grip on hard-packed terrains. This combination ensures the tire's secure industrial application, optimizing its traction on various work sites.