The aggressive tread design maintains the tire's consistent surface contact at all times. The staggered block pattern enables its terrain contact, upgrading steering responsiveness and driving stability. In this manner, the tire is able to boost the steering response time and accuracy to the driver's commands. It helps to enhance its structural stability, optimizing its performance. The tire enables its better handling and maneuvering capability, upgrading its driving safety levels.

The tread's optimal pattern features staggered and siped tread blocks, open shoulders, and a high void ratio, which enhances soft and loose terrain performance. They increase the tire's grip on such terrains, while also offering a constantly clean footprint. The tread elements eject rocks and eliminate mud and snow stuck between the tread elements. In this manner, they maintain the tire's road contact at all times and actively resist stone retention from harming the casing.

The strong compound and the ideal tread pattern work together to prevent tread and external damage. The reinforced rubber materials avoid the tread's cracking, tearing, and chipping, while also preventing punctures, cuts, and impact damage. On the other hand, the optimized tread pattern resists stone retention, as rocks cannot drill into the casing and shorten the tire's service life.

The reinforced internal structure and the special silica compound enhance the tire's load-handling power, by evenly distributing load and driving pressure across the tread area. As the tire does not deform under load and driving pressure, it allows the tire to carry and withstand heavy loads with ease.

They are not designed for regular highway driving.