Ovation V-03 205/70 R15 106R

Ovation V-03 – a tire for a wide range of light commercial vehicles that are operated during the warm season. Among the main characteristics, one can note a high level of directional stability, reliable protection against hydroplaning, as well as increased durability. Being a commercial tire, the model stands out with increased resistance not only to abrasive wear but also to local mechanical factors.

The tire's tread is represented by a closed system, in the central part of which two medium-sized ribs with a solid structure are located. Due to this, the stability of directional movement and ease of maneuverability were implemented. The presence of lateral protrusions, both on the central elements and on the inner side of the shoulder ribs, increases the effectiveness of traction properties, including on wet asphalt.

To reduce the likelihood of hydroplaning, three central channels are provided, each with a special shape. Due to the latter, they turn into effective "pumps", quickly removing moisture from the contact area. And the numerous faces of the block structures contribute to the destruction of the water film. The result is an increase in driving safety when moving on wet asphalt.

One of the important component components is the compound, which is represented by an original composition. The manufacturer has added a whole package of polymer additives to it, which made it possible to minimize abrasive wear and increase resistance to high temperatures. This has affected the increase in resource and preservation of working properties over many seasons.

Main features of Ovation V-03:
- applicability on light commercial vehicles, such as minivans and compact vans;
- pronounced ribbed structure of the central zone of the tread, which provides ease of maneuverability and directional stability;
- special compound composition that contributes to the increase in the service life by minimizing abrasive wear;
- three deep circumferential grooves effectively clean the contact area, maintaining stability of traction and traction properties.