The Marshal KH35 Matrac XM summer tire is designed for car owners looking for tires with a sporty character and an attractive price-to-quality ratio. The tire is produced in more than fifty different sizes, ranging from 14 to 18 inches, making it widely applicable to most modern passenger cars.
The design of the asymmetric tread pattern features a carefully crafted construction. The asymmetric arrangement of the tread pattern elements has given the tire excellent performance on wet roads. Thanks to the rigid longitudinal rib located in the center of the tread pattern, the tire demonstrates excellent directional stability, as well as high acceleration and braking efficiency.
The most characteristic feature of the Marshal KH35 Matrac XM tire is its phenomenal resistance to aquaplaning for its price category. This has been achieved not only due to the asymmetric tread pattern design but also due to the presence of four deep water drainage grooves and a system of diagonal and transverse channels that provide high water removal speed from the contact patch.
In addition to excellent wet grip performance, this tire is characterized by stable and reliable behavior when cornering, which has been achieved due to the reinforced construction of the shoulder areas. Furthermore, the shoulder areas have a rounded profile that effectively fights against uneven wear, significantly extending the tire's service life.
The rubber compound features a high content of silicon-containing components, which provide additional grip on wet surfaces, increased resistance to wear, and contribute to reduced fuel consumption.
Key features of the Marshal KH35 Matrac XM tire
- Excellent grip and handling combined with a high level of comfort;
- A wide range of sizes ensures applicability to almost any passenger car;
- Exceptional resistance to aquaplaning, thanks to four water drainage grooves and multiple channels between the tread blocks;
- The asymmetric tread pattern design provides stable and reliable behavior on wet roads.
Enlarge 
КИТАЙ
Enlarge