Marshal KRS04 385/65 R22,5

The Marshal KRS04 truck tire is a great alternative to similar products from leading European and North American brands. This model has very high operational characteristics, including good traction and a long service life, at a significantly lower cost.

Increased contact patch size

As mentioned earlier, this tire has good traction properties, which are largely provided by the increased contact patch size. This was achieved thanks to the flat tread profile and some design features of the tread. It contains 4 massive longitudinal ribs that optimize the distribution of external pressure on the contact patch due to their arrangement and rigid composition without composite elements.

In combination with the flat tread profile, the Marshal KRS04 tire's design features not only increase the contact patch size but also give it a nearly square shape. In motion, this allows the tire to demonstrate excellent traction properties that remain unchanged despite continuous changes in road surface characteristics.

Short braking distance

Without individual blocks, this tire is characterized by excellent braking efficiency, provided by numerous lamellas cut into the central ribs and shoulder areas. At the same time, the rigidity of the ribs and shoulder areas ensures the tire's stability of traction properties during braking.

"Stone ejectors"

When creating this tire, Korean tire manufacturers paid considerable attention to ensuring reliability. To a significant extent, it is provided by the presence of so-called "stone ejectors" in the drainage grooves. These tread elements prevent various solid objects from getting stuck in the tread, which prevents it from receiving various mechanical damage.

Main features of the Marshal KRS04 truck tire

- excellent traction on dry roads due to the increased contact patch size and on wet roads due to wide and deep drainage grooves;
- high braking efficiency provided by numerous lamellas;
- excellent reliability due to a rubber compound resistant to mechanical damage and "stone ejectors" in the drainage grooves.