Radar Renegade A/T 285/45R22 114H XL

The compound keeps the rubber flexibility in versatile weather. This allows the tire to improve the dry, wet and winter weather performance. The staggered tread block placement and the ideal siping detail also enhances the grip on the road surface with extra biting edges. The open shoulder pattern and the ideal block placement work together to prevent hydroplaning by dispersing water and slush from below the footprint. This guarantees a secure all weather traction, boosting the driving safety.

The staggered tread block placement and high void ratio work together to boost the soft, loose and uneven terrain gripping ability. These tread elements ensure the tire's forward motion throughout the drive, preventing the tire from getting stuck on off-road terrain surface conditions. The tread design manages to keep the footprint clean. The staggered tread blocks and the high void ratio disperse mud and snow stuck between the tread elements. They also help prevent stone retention by eliminating rocks from the footprint before they can drill into casing and harm the tire. This guarantees a safer on- and off-road performing security levels.

The aggressive tread's surface contact upgrades the surface contact throughout the drive, which boosts the steering responsiveness and the driving stability. In other words, the steering becomes faster and more precise in its response to the driver's commands, while the structure is stabilized against the driving stability during the drive. The shoulder block placement improves the cornering and maneuvering ability and power. The shoulder blocks increase the number of biting edges gripping the road surface throughout the drive, which further improves the driver's control over the vehicle.

The construction maintains the ideal tire shape under the load and driving pressure affecting the model, which enables the tire to carry and withstand heavy loads with ease. This allows the tire to increase its overall load capacity during the performance, guaranteeing a safer heavy load durability.