Matador MPS-310

The commercial tire Matador MPS-310 is designed for light trucks and vans. During its development, the specifics of operating this type of equipment were taken into account, which allowed adapting its design to certain conditions. This model demonstrates its strengths, first and foremost, on the highway. These include excellent traction at high speeds, ease of handling, increased reliability, and wear resistance.

Reinforced carcass construction

This model is characterized by high load-carrying capacity. This is largely due to the reinforced carcass construction. The use of additional steel cords has significantly improved the tire's resistance to deformation and load-carrying capacity, which has led to an increase in a number of important operational characteristics, in addition to load-carrying capacity. First and foremost, this is an improvement in the tread's resistance to uneven wear and, consequently, an increase in its service life.

Closed design of shoulder areas

Each of the shoulder areas of the Matador MPS-310 tire features a continuous longitudinal rib of massive size. Additionally, in the side projection, these tread elements have a trapezoidal shape, which gives them additional resistance to deformation. Another advantage of this design is that it improves traction during maneuvering, as well as increases load-carrying capacity and resistance to uneven wear.

High performance on wet roads

The tread of this tire has a sufficient number of gripping edges. They are formed by blocks in the central part, as well as numerous lamellas cut into both the blocks and the shoulder areas. These miniature tread elements are most effective on wet roads, providing reliable and stable gripping properties. In this regard, it is worth noting the presence of three wide longitudinal drainage grooves. They prevent the occurrence of aquaplaning.

Main features of the Matador MPS-310 tire

- high load-carrying capacity, extended service life due to the reinforced carcass construction;
- rigid shoulder areas improve handling, increase load-carrying capacity, and prevent uneven wear;
- the increased number of gripping edges due to numerous lamellas improves traction on wet roads.