Description Giti GD619
The cargo tire for the driving axle GR Radial GD619 is distinguished by excellent adaptability to operation on poor roads. In such difficult conditions, it demonstrates good traction and coupling properties, reliability and durability, which, in combination with an attractive cost, makes this acquisition economically viable.
Open tread design
One of the factors that makes it possible to operate this tire on poor roads is the tread. It is made in an open design, which contains a large number of individual blocks. For the sake of fuel efficiency, they are oriented parallel to the direction of movement, and to ensure directional stability, five longitudinal ribs are formed from them. During movement, all these blocks form a large number of gripping edges, which allows the tire to demonstrate good longitudinal traction and coupling properties.
They remain so even on dirt roads, thanks to the large distance between the blocks. It is enough for the tread to clean itself from stones and smaller soil particles that get into it. In this regard, it is impossible not to note the effectiveness of the drainage system in rainy conditions. Numerous longitudinal and transverse grooves perfectly handle the removal of water from the contact patch.
Wear resistance
The very long service life of this tire is ensured, to a large extent, by its resistance to both abrasive and uneven wear. This was achieved not only due to the physical properties of the compound, but also due to the flat profile of the tread. In combination with the massive size and arrangement of the blocks, this feature contributes to the optimization of the distribution of external load on the contact patch, which increases the wear resistance of the tread.
Main features of the GT Radial GD619 tire
- block design of the tread pattern provides confident behavior on roads of any quality;
- long service life and reliability due to the increased resistance of the compound to abrasive wear, as well as the tread pattern, the elements of which evenly distribute the external load on the contact patch.