Fortuna Ecoplus2 4S — is an all-season "tool" created for those who value practicality and do not want to depend on the weather's whims. The model is designed for year-round operation in typical European and moderate climate conditions, combining: confident behavior on wet asphalt and snow mush, acoustic comfort, smooth ride, and impressive durability.
V-shaped geometry
The design is based on a classic all-season tire design with a developed network of V-shaped edges. But here, the classic is brought to engineering perfection. The numerous multidirectional edges of the tread work as a single capture mechanism. The V-shaped elements cut into the snow surface, providing reliable longitudinal and transverse traction. The tire confidently accelerates and brakes on snow-covered areas, minimizing skidding. The same geometry effectively destroys the structure of snow slush and water film, preventing the hydroplaning effect.
Stability and even wear
For an all-season tire, stability on the road is critically important. Here, this function is performed by large, unfolded blocks in the shoulder areas. When driving at high speeds or during gusts of side wind, these blocks work as stabilizers, keeping the car on the set trajectory. The stiffness of the shoulder area provides a clear response to steering wheel turns during maneuvering.
Elasticity in any season
The basis is a new generation rubber compound. The model uses a composite based on three key components:
- silicon dioxide — provides reliable traction on wet asphalt and reduces rolling resistance;
- polymeric compounds — special long-chain molecules are responsible for the elasticity of the tire at negative temperatures;
- reinforcing additives — increase the resistance of the compound to abrasive wear and punctures.
Key features of Fortuna Ecoplus2 4S:
- year-round universality — the model is adapted for operation throughout the year, including the cool off-season and mild winter with moderate snowfall;
- an extensive network of lamellas provides reliable traction and stability on wet and snow-covered surfaces;
- large transverse elements in the shoulder areas are responsible for directional stability, steering accuracy, and even wear;
- a silica-based compound and special polymers guarantee elasticity at low temperatures, resistance to wear and mechanical damage.
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