Goodyear Kmax T

Goodyear Kmax T

FEATURES AND BENEFITS

• Longer lasting tread life
• Fuel-efficient performance
• All weather traction
• Enhanced durability

OVERVIEW

The Goodyear Kmax T is a highway terrain, all season tire made for commercial vehicles. This tire is made to be mounted on the trailer axle.

This model is made for the free-rolling axle of trailers. The special free-rolling position eases driving pressure off the tire during its performance. This enables the tire to improve fuel efficiency, by reducing rolling resistance. The rolling resistance is the driving pressure affecting the tire, which determines the vehicle's needed fuel intake to keep the tires in motion. Lowering the rolling resistance enables the vehicle to minimize its fuel consumption and CO2 emission levels, which ensures a fuel-conscious and environmentally friendly driving experience.

The tire offers great all weather traction. The all weather compound and the tread design enhance the dry, wet, and winter road gripping ability. The special tread compound helps to maintain ideal tire flexibility during summer and winter conditions. The 3PMSF symbol promotes excellent snow- and ice-covered grip on the road surface. This symbol presents excellent winter performance even in harsh temperatures. The wide three wide grooves prevent hydroplaning, by dispersing water and slush from the footprint. Thanks to the special tread design the tire is able to maintain constant road contact throughout the year.

The strong internal structure improves the tire's durability. The strengthened construction improves load and driving durability, by maintaining the optimal tire shape under the pressure affecting the model. The tire can safely perform throughout the year, thanks to the ideal tire shape and constant road contact. The constant road contact boosts the tire controllability which allows the tire to carry and withstand large loads with ease.

The Goodyear Kmax T upgrades the length of the usability. The 4-ribbed tread design and the tire's better surface contact allow the tire to evenly distributes driving pressure along the footprint. The equally distributed pressure prevents premature and irregular wear formations, which boost the service and tread life of the tire.