Москва М-285

Summer passenger tire Moscow M-285 is favorably distinguished by excellent coupling properties, both on dry and wet roads. This versatility is provided due to the asymmetrical tread pattern. In addition, it is impossible not to note the presence of a number of other qualities in this model, which provide it with a number of advantages in addition to an attractive cost.

Asymmetrical Tread Pattern

The main distinguishing feature of the Moscow M-285 model is its directional tread pattern with an original asymmetrical design. It contains two functional zones located on the outer and inner sides of the tread, respectively. Each of them provides for the implementation of a strictly defined set of tasks, which allows the tire to demonstrate excellent performance regardless of road and weather conditions.

Excellent Efficiency During Acceleration and Braking

The design of the inner side of the tread pattern of this model is characterized by a high content of coupling edges. They are formed by numerous blocks of triangular and rectangular shapes of various sizes, from which four longitudinal ribs are formed. Due to this design feature, increased traction and coupling properties are provided in the longitudinal direction. Another significant advantage of this design is the reduced rolling resistance.

Excellent Course Stability and Handling
The outer side of the tread occupies a significantly smaller part of the tread than the inner side. This is due to the tasks it performs. First of all, it is excellent course stability at any speed, as well as the accuracy and speed of reactions to steering wheel turns. These abilities are provided due to the high deformation resistance of all tread elements located in this part.

Main Features of the Moscow M-285 Tire

- the original asymmetrical design of the directional tread pattern with separate functional zones provides the tire with excellent coupling properties under any road and weather conditions;
- excellent efficiency during acceleration and braking due to the increased content of coupling edges in the inner part of the tread pattern;
- rigid longitudinal ribs located on the outer side of the tread increase course stability when driving at high speeds, as well as make the tire's reactions to steering wheel turns faster and more accurate.