Yokohama W.Drive V903

The Yokohama W.Drive V903 winter tire is designed primarily for use on compact and mid-size passenger cars. It is perfect for everyday use on any snowy and wet roads, demonstrating excellent traction and braking efficiency in such conditions, along with ease of handling and acoustic comfort.

The tread pattern features a directional design with a characteristic V-shaped arrangement of grooves for winter tires. This solution provides excellent traction on snowy surfaces, along with good directional stability. It is also worth noting the presence of additional grooves with a serrated profile in the drainage elements. These elements further align the stiffness of the tread, reducing its wear, and also contribute to more intense removal of excess heat from the inner components of the tire, which on the one hand reduces rolling resistance, and on the other hand prevents drying out of the compound, increasing its lifespan.

An important feature of the tread pattern is the zigzag shape of the longitudinal grooves. Their pointed protrusions further increase the traction properties on snowy surfaces, and on wet pavement - reduce the risk of a continuous water film in the contact patch. Similar functionality is possessed by numerous lamellas with wavy edges and a "three-dimensional" profile of the vertical walls. These elements provide more intense acceleration and effective braking on any slippery surface. It should be noted that there is a arrow-shaped longitudinal rib in the middle. It increases directional stability and handling accuracy at high speeds, reducing rolling resistance and preventing abrasive wear of the tread.

Key features of the Yokohama W.Drive V903:
- The V-shaped arrangement of drainage grooves increases traction on wet and snowy surfaces, prevents the formation of a continuous water film under the tire, or its mixture with snow and road dirt;
- The zigzag shape of the longitudinal grooves increases the reliability of handling in adverse weather conditions;
- Numerous 3D lamellas with pointed wavy edges increase the intensity of braking on slippery surfaces