COPERTONCINO PIRELLI PZERO RACE TLR RS BLACK NOVEMBER

The P ZERO™ Race TLR RS represents the latest addition to our range of P ZERO™ Race road racing tires, Made in Italy. It was developed in collaboration with professional athletes from our World Tour teams to offer superior performance in terms of speed and grip compared to any other tire we have created. This achievement is made possible thanks to the new SmartEVO² compound, formulated with the know-how and the latest materials used in Motorsport, which ensures further improvement in grip and handling on both dry and wet surfaces. Additionally, we have lightened the patented SpeedCORE™ structure, which features a thin and airtight layer of rubber compound enriched with aramid particles. The combination of these factors has made it possible to create a high-performance and even faster tire for racers, as well as for those who want to use the same material as the professionals.

Mix

The new SmartEVO² represents the latest evolution in our world of high-performance road bike tires, enhanced by our experience in Motorsport and the demands of modern World Tour cycling. It evolves from the SmartEVO three-polymer compound with 'smart' characteristics, using new materials and innovative mixing processes, now possible at our production facility in Italy located right next to our R&D headquarters. This results in an overall improvement in grip, especially on wet surfaces, and a reduction in rolling resistance to record levels for its category, elevating both performance and riding feel to what the fastest World Tour riders in the world demand.

Structure

SpeedCORE™ is a tubeless-ready structure developed by Pirelli (Patent pending) for our high-performance cycling tires, representing our most advanced TLR technology to date. It derives from Pirelli's automotive experience and is made possible also thanks to our new production plant in Italy, near the headquarters in Milan. The SpeedCORE™ construction consists of a thin, waterproof layer of rubber compound infused with aramid particles. This layer covers the inside of the tire and, thanks to the presence of aramid in the rubber compound, allows for better mechanical resistance, improved air retention, and greater overall flexibility: all contributing to the tire's overall performance.