Fesite HF668 295/80 R22,5 152/149M (Ведущая ось)

In terms of operational characteristics, the Fesite HF668 truck tire is in no way inferior to its foreign counterparts from more renowned manufacturers, significantly surpassing them in terms of price and quality ratio. At the same time, the low cost was achieved through the use of simple but maximally effective solutions, concerning both design features and manufacturing technology.

Functional Purpose

This model is designed for use on the driving axles of high-capacity trucks used in interregional and interstate transportation. A eloquent testimony to this rather narrow scope of application is the tread pattern, which consists of many individual blocks.

Features of the Tread Pattern

When developing this model, the specialists of the Chinese company preferred not to use complex, but not always effective, technical solutions. One of the signs of such a pragmatic approach is the symmetrical non-directional tread pattern, the distinctive feature of which is the extremely open design.

It is characterized by a large number of individual elements of various sizes, but with a square shape. All of them are evenly distributed over five longitudinal ribs. This arrangement makes it possible to provide good directional stability when moving at high speed on highways. In addition, the multitude of individual tread blocks forms a large number of sharp edges, thereby providing stable and reliable traction, especially on slippery roads.

High Load Capacity

The Fesite HF668 tire owes its high load capacity to a great extent to the combination of a multi-layer carcass and a tread pattern. These two factors separately provide the tire with a more even distribution of external pressure over the contact patch, which allows it to withstand, both literally and figuratively, the heavy weight of the transported cargo without any problems.

Main Features of the Fesite HF668 Truck Tire

- The open design of the symmetrical non-directional tread pattern provides the tire with high traction and adhesion properties in the longitudinal direction;
- Five longitudinal ribs formed by a multitude of individual blocks allow the tire to demonstrate excellent directional stability and stable behavior at high speeds;
- The even distribution of individual elements throughout the tread, combined with the reinforced design of the shoulder areas, has made it possible to improve a whole range of important operational characteristics of the tire, from resistance to uneven wear to load capacity.