All-season cargo tire Barnaul Altayshina 30 is designed for operation in agriculture. It was specially created for use on the driving axles of the most diverse small-sized agricultural equipment, including mini-tractors and motoblocks of various purposes. This model is distinguished by a chamber design, a tread pattern with increased passability, as well as a diagonal structure.
Excellent passability
This model was created taking into account the rather specific operating conditions in agriculture. That's why domestic specialists preferred to equip it with a very aggressive V-shaped symmetrical directional tread pattern. It is largely due to this that the tire demonstrates exceptional passability on earth and sand soils.
This was achieved by equipping the tread with a large number of massive soil hooks that start in the shoulder areas and end in the central part, where they form a familiar "herringbone" pattern.
Curved profile of soil hooks
At the same time, domestic specialists were able to provide the Altayshina 30 tire not only with excellent traction and coupling properties on any soil, but also with good directional stability and low rolling resistance. To do this, they gave the soil hooks a sickle-shaped form. I.e. the coupling edges in the central part of the tread are located at a significant angle relative to the direction of movement, and in the shoulder areas - on the contrary, almost across. This made it possible to provide the tire with practically ideal balance in all main operational characteristics.
Main features of Altayshina 30
- the possibility of installation on various types of small-sized agricultural wheeled equipment provides the tire with a wide range of applications;
- the presence of a chamber significantly increases the level of reliability;
- an aggressive V-shaped symmetrical tread pattern provides excellent passability on soft soils;
- excellent self-cleaning parameters of the tread due to the large distance between the soil hooks;
- soil hooks of a sickle-shaped form provide excellent traction and coupling properties with good directional stability and fuel efficiency.
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