275/40R20 Doublestar DW09 106V XL DOT21 DEMO
This tyre model has all the necessary markings "snowflakes and hill symbol" in accordance with legislative changes and CSDD requirements.
The Doublestar DW09 is a good all-season tire model. It stands out for its good grip and ride comfort across a wide range of weather conditions and road surfaces. Originally designed for the Central European market, it is suitable for Latvian drivers who travel exclusively on paved roads during the winter. This tire model is available in a range of sizes suitable for both crossovers and SUVs.
€35.00
/ pcsAll-Season, Winter
Doublestar
Doublestar DW09
106
275
40
R20
V XL (max 240 km/h)
The Doublestar DW09 {{SIZE}} is a good all-season tire model. It stands out for its good grip and ride comfort across a wide range of weather conditions and road surfaces. Originally designed for the Central European market, it is suitable for Latvian drivers who travel exclusively on paved roads during the winter. This tire model is available in a range of sizes suitable for both crossovers and SUVs.
{{SIZE}} Doublestar DW09 Features
+ Good traction on both dry and wet asphalt, as well as on snow.
+ A tire model designed for crossovers and SUVs.
+ Good noise reduction and ride comfort.
+ Fuel efficiency.
+ High wear resistance.
+ Quality matches the price.
DW09 Features
TheDoublestar DW09 all-season tire features a symmetrical directional tread pattern. This design ensures optimal performance and ride comfort across a wide range of driving conditions.
V-shaped tread blocks improve the tire’s performance on snow. Meanwhile, wide drainage channels reduce the risk of hydroplaning in the summer.
The massive tread blocks also feature densely packed sipes. These help provide traction on packed snow and ice in winter.
Doublestar DW08 tires are made from a high-quality composite material. The elastomers added to this material help the tires maintain their flexibility and retain their shape across a wide range of temperatures. A flexible tire provides much better traction on the road surface.



