The Ultra High Performance All Season tire provides precision handling in all conditions, and a 75,000 km limited tread wear warranty.
The P ZERO NERO™ ALL SEASON provides a winning combination of quiet ride, precise cornering and superior grip in both wet and dry driving conditions. It features a growing list of original equipment fitments and replacement sizes, both in conventional and Run Flat constructions.
The asymmetric all season tread design offers precision handling in all conditions, even at the limit. A solid center rib gives a constant and consistent contact patch with the road, while requiringshorter braking distances and offering quicker acceleration in both dry and wet conditions. Four longitudinal and numerous lateral grooves minimize the risk of aquaplaning when cornering.
Silica compounding offers a superior balance of fuel efficiency and wet road control. P ZERO NERO™ ALL SEASON has a 75,000 km limited tread wear warranty (mileage warranty not valid for original equipment).
The P ZERO NERO™ ALL SEASON provides a winning combination of quiet ride, precise cornering and superior grip in wet and dry driving conditions. A tire with a growing list of original equipment fitments and replacement sizes, both in conventional and Run Flat constructions.
FEATURES
FUNCTIONS
CUSTOMER BENEFITS
1 - Asymmetric tread design
Optimized footprint at speed
Optimal performance in all weather conditions
2 - More sipes and void to rubber ratio
Provide maximum water expulsion
Helps winter traction and minimizes the risk of aquaplaning
3 - Four proportioned channels
Aquaplaning resistance
Improved safety and control in potential aquaplaning situations
Selecting a vehicle the interactive application will show you the Pirelli tyre most suited to your vehicle according to its technical features and homologation and a list of sizes that can replace those originally fitted.
These results are provided AS AN INDICATION and, BEFORE purchasing the tyres, BE SURE TO CONSULT a Pirelli dealer in order to check the technical and legal constraints that may be an obstacle to the replacement proposed.
