G-MAX AS-03 Tires

General G-MAX AS-03 Tires

The General G-MAX AS-03 is a high performance, all season tire made for passenger vehicles and SUVs. The silica compound and the detailed tread design improve the all weather traction. The tread’s siping detail increases the number of biting edges gripping the road surface, while the compound keeps the tire pliable in different temperatures. The circumferential grooves prevent hydroplaning by dispersing water and slush from below the footprint.

The tread’s constant road contact improves the controllability. The tread’s 3D siping detail stabilizes the tread elements and ensures the tire’s constant surface contact. This greatly improves the steering responsiveness and driving stability. 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. This ensures the driver’s full control over the vehicle in all weather conditions.

The General G-MAX AS-03 elongates the usability and tread life. The StabiliTread technology offers a wider footprint and secured tread elements that prevent the tread’s flexing during the drive. This actively avoids irregular tread wear formations along the tread area. The Visual Alignment Indicators portray the tread wear manner of the tire and offer a visual representation of the vehicle’s alignment. This enables the driver to follow the tread wear rate of the tire and fix the alignment if an issue arises. The Replacement Tire Monitor notifies the driver visually when the tread is about to wear out, which ensures that the tire is not driven on in a worn-out state.

Longer tread lifeThe StabiliTread technology avoids irregular tread wear formations, elongating the usability and tread life.
ControllabilityThe maintained surface contact of the optimal tread design improves the tire’s steering and driving stability and maneuvering ability.
SeasonThe all season compound and ideal tread pattern increase the dry, wet and winter weather traction and hydroplaning resistance.