The presented tyre is marked with 3PMSF symbol (Three Peak Mountain Snow Flake). It means that the tyre meets the EU requirements for winter tyres. The symbol is awarded after thorough tests of a tyre model in terms of snow grip.
Tyre details:
The Firestone WINTERHAWK 2 features a tread similar to that of the Firestone WINTERHAWK. It is manufactured using a cutting-edge silica-enhanced rubber compound, which ensures that the tyre retains optimum softness even in extreme winter temperatures. Long mileages are guaranteed thanks to the uniform distribution of forces acting on the tyre surface. This means that the tread wears slowly and evenly, providing drivers with outstanding performance and eliminating worries over deterioration due to use. The tread surface is covered with blade sipes, which provide extra protection on slippery surfaces. The zigzag sipe design creates a greater number of sharp edges, which "bite" into the ground. The blades guarantee shorter braking distances, as well as more dynamic starting and acceleration.
The wide circumferential channels which help to evacuate water from under the tyre also improve driving performance in deep water. This means that the tyre dries out quickly, reducing the risk of aquaplaning and snowplaning. The link in the centre of the tread guarantees smooth and stable driving. Steering behaviour has also been improved by increasing the size of the shoulder blocks. The three-dimensional groove design also creates a more rigid structure, which helps to reduce vibrations and noise and make journeys quieter and more comfortable.
The Firestone WINTERHAWK 2 is a mid-market winter tyre designed for mid- and high-range passenger cars with high-performance engines. The model features a computer-enhanced tread design, which ensures a large contact area between the tyre and the road. This results in short braking distances and accurate steering, regardless of the weather or road surface. The uniform distribution of forces acting on the tyre's surface ensures that the tread wears evenly on every side, resulting in a longer service life and improved driving comfort.