ForceLand Vitality F22 EV W-Silent — a model oriented towards a wide range of passenger cars and crossovers, including electric vehicles, where increased requirements are imposed on the transparency of feedback at high speeds, shock resistance, and cabin quietness. This is not just a "summer tire" — it's a finely tuned balance of stiffness, elasticity, and acoustic damping.
Three-rib coupling architecture
The basis of directional stability is three longitudinal power ribs. This is the bearing frame of control. The ribs are equipped with differently directed micro-grooves, which work like double-action edges: when moving in a straight line, they stabilize the trajectory, when braking — create additional friction vectors.
The different direction of the notches allows the tire to adapt to the type of coverage: on dry asphalt — the maximum contact patch, on wet — active drainage and maintenance of coupling properties.
Stability geometry
Wide shoulder blocks are designed with an increased support area. Their task is to prevent loss of trajectory during aggressive maneuvering and high-speed cornering. The design eliminates micro-slips that lead to a feeling of "tilt" and reduced feedback.
Acoustic comfort
Here, the technology of suppressing air resonances in the grooves and the variable step of the block arrangement is used. This makes it possible to break sound waves into chaotic frequencies that are not perceived by the human ear as a hum. The result: at speeds over 100 km/h, a comfortable acoustic environment is maintained in the cabin without annoying background noise.
Compound and resource
The rubber compound is developed taking into account two factors: abrasive wear and vibration load. The polymeric skeleton is strengthened with functional fillers that increase resistance to wear in the intensive city cycle. At the same time, the elasticity necessary for damping micro-vibrations from the road surface is preserved.
Main features of ForceLand Vitality F22 EV W-Silent:
- three-rib central zone — clear directional stability and instant response to steering action;
- differently directed lamellae — active coupling on wet and dry surfaces with reduced braking distance;
- wide shoulder blocks — stability in corners and during lane changes without loss of feedback.
- resonance suppression and noise reduction at out-of-town speeds.
- adaptation to operation on modern electric vehicles.
