Pirelli PZero Trofeo RS — a summer model for drivers who value predictability, economy, and are not willing to compromise on safety. The tire is designed to feel equally confident in city traffic and on the highway.
Fewer elements — more contact
Unlike "cut" designs, a bet is made on massiveness here. Large, geometrically verified blocks form a rigid frame of the tread, which works as a whole under load. Massive elements deform less under the pressure of the car's weight, maintaining the maximum contact area with the asphalt. This is the basis for excellent grip. Also, the even distribution of stress along the tread reduces abrasive wear. The tire "walks" longer, retaining its properties for a long time. The smaller number of joints and micro-movements between the blocks reduces internal friction, and therefore — rolling resistance.
Drainage architecture
High-speed driving in the rain — one of the most dangerous scenarios. A drainage system with an increased hydraulic volume is implemented here. Deep longitudinal channels work like water collectors, instantly collecting moisture from under the contact patch.
Stability and precision
For confident movement at high speeds, stability is critically important. The central zone of the tread is formed by two massive longitudinal ribs. They work like guiding rails, providing a sharpened reaction to steering wheel rotation, as well as directional stability. Even during sharp maneuvers, the central ribs maintain reliable contact with the asphalt. Reinforced shoulder areas add confidence when entering turns, preventing slipping and abrasive wear of the tread edges.
Key features of Pirelli PZero Trofeo RS:
- increased block size provides maximum contact patch and slow wear;
- two massive longitudinal elements in the center of the tread are responsible for sharp handling and trajectory stability on highways;
- increased stiffness of the outer blocks ensures precise cornering and resistance to uneven wear;
- even distribution of load on the contact patch contributes to a long service life without loss of operational characteristics.
