Kenda K398A Polar Trac Review

Table of Contents

Passenger vehicles and SUVs are not the only vehicles that need durable tires for winter weather conditions. ATVs and UTVs need to be equipped with winter models to ensure their safer cold temperature performance. This is especially true for snow blowers that are intended to operate in deep snow and in severe winter conditions.

Priority Tire offers a solution for you. Let’s take a look at Kenda’s K398A Polar Trac, which is an all terrain ATV model, which can easily conquer all winter weather surface conditions. The computer-designed tread and the stronger compound enhance the winter traction, while optimal surface contact enhances the all terrain grip and controllability to ensure a secure performing experience.

Winter Weather Traction

Winter tires utilize their tread design and compound to upgrade the winter weather, ice and snow gripping capability. This combination enables the tire’s greatest driving safety on slippery road and terrain surface conditions.

The K398A Polar Trac upgrades the winter weather traction with this combination. It was molded from a durable winter compound which maintains its rubber flexibility in versatile terrain surface conditions. On the other hand, the tread design was computer-optimized to increase the ice and snow grip. The tread’s micro-textured X-shaped lugs upgrade the number of biting edges gripping the ice- and snow-covered road surface to ensure the tire’s secure grip in all winter weather conditions. As a result, the tire upgrades the year round performing ability in various winter temperatures.

All Terrain Performance

All terrain tires offer excellent performance both on- and off-road. Their tread is designed to combat any off-road terrain surface, while guaranteeing excellent on-road grip. Such tires promote a secure performing capability on versatile terrain surface conditions.

The K398A Polar Trac improves the soft, loose and uneven terrain traction with the ideal tread design. The tread features a high void ratio, arrow-head shaped lugs on the upper sidewall and detailed X-shaped lugs on the tread area which work together to increase the grip on the terrain surface. These tread elements upgrade the model’s grip on all off-road surfaces, by offering a higher number of biting edges, which grip onto the road surface during the drive. This enables the tire to conquer deep mud and loose dirt terrains with ease, offering a secure performance.

Furthermore, this tread design keeps the footprint clean at all times. The tread eliminates mud and snow stuck between the tread elements, preventing them from cutting off the tire’s surface contact. This pattern also avoids stone retention, as it prevents rocks from getting stuck in the footprint and drilling into the casing. As a result, the tire significantly improves the driving safety levels throughout the model’s off-road terrain performance.

The Kenda K398A Polar Trac is not approved by the Department of Transportation for highway use.

Handling and Controllability

All vehicles need tires, that is not a question. Their controllability depends on how well the tires mounted on the vehicle respond to the driver’s instructions and the road or terrain surface conditions. Tires must offer effortless handling to ensure high driving safety levels throughout their lifetime.

The K398A Polar Trac improves the ATV’s off-road traction. This tire features a detailed tread design with X-shaped lugs across the tread area and arrow-head shaped lugs along its upper sidewall. This is combined with the tread’s high void ratio to ensure a safer off-road traction. These tread elements maintain the tire’s surface contact throughout the drive, which boosts the steering responsiveness and the driving stability. In this manner, the model upgrades the steering response time and accuracy to the driver’s commands, while the structure is stabilized against the driving pressure affecting the model. As a result, the tire ensures the driver’s full control over the vehicle, which offers a safer driving experience.