Optimized tread Optimized pitch sequence and phasing
Lower internal noise
Longitudinal siping and high lateral siping density
All season performance
Innovative tread pattern with four wide longitudinal grooves
Safety in wet conditions, acoustic comfort
Optimized profile and innovative materials
Reduced fuel consumption and CO2 emissions, Improved mileage
THE CINTURATO™ P7™ ALL SEASON PLUS IS DESIGNED TO PROVIDE HIGHER PERFORMANCE, SAFETY AND DURABILITY WITH LESS ENVIRONMENTAL IMPACT
COMFORT IN ALL SEASONS
Longitudinal and lateral siping (cutting thin slits across rubber) provides greater stability in all weather, even wet conditions. Its exclusive tread pattern harnesses the elements, while providing longer wear for up to 70,000 miles and improved fuel economy. Plus, up to a 14% shorter stopping distance in wet conditions.
Pirelli’s newest green product featuring a 15% reduction in Rolling Resistance compared to Prior Seasons Plus generation. Thanks to an improved tread compound, sidewall geometry and internal tire structure. This contributes to a reduction of fuel consumption and CO2 emissions.
Highly Aromatic Oil Free Compound and 6% less raw materials to support Pirelli’s commitment to the environment.
Specialized tread pattern, construction design and compound selection contribute to a 5% reduction in road noise. The pitch sequence and phasing optimize tread design, significantly reducing internal and external noise for a quieter ride.
An optimized profile, square footprint for balanced wear and innovative materials help lower rolling resistance and weight—resulting in 47% longer tread wear, reduced fuel consumption, lower CO2 emissions and improved mileage. Also comes with our 70,000-mile 70,000-mile
Our innovative tread pattern, with four wide longitudinal grooves, provides excellent water expulsion for improved safety.
Eligible for Confidence Plus Plan : 70,000 Mile Limited Treadwear Warranty and 30 Day Trial.
The label shown in purely illustrative and represents a possible product associated to the same tire size.