700c, 27-Inch & 650c

The P ZERO Race is designed to pack all the benefts of tube-type technology into a race-ready all-rounder tire, balancing handling, speed and grip. - SmartEVO compound uses a blend of three di?erent polymers, each of them providing specifc performance qualities to achieve the optimal balance of opposing characteristics, such as grip and rolling resistance - TechBelt casing adds a layer of high cut resistant fabric underneath the tread to provide superior puncture protection in a wide variety of conditions

- Pirelli's SmartNET Silica grants both rolling efficiency and wet grip - FGD and ICS technologies-powered tread design provides sensational handling confidence and performance - SmartNET Silica and the special aramid fiber puncture resistance belt allow you to enjoy extensive mileage and long-term reliability

- Medium profile and tread spacing for riding quickly and confidently over a mixed variety of terrains, from hard to soft, whether for dry or wet - SpeedGRIP Compound formulation for on and off-road rolling efficiency coupled with high tear resistance and high wet grip - High-strength woven Nylon fabric from bead to bead for added cut and puncture protection - Multi-ply 127tpi Nylon casing construction - Tubeless-ready aramid folding bead optimized for wide rims and lower pressure riding

The PZERO Race 4S TLR is a year-long racing tire featuring tubeless technology that’s able to provide high grip in all kinds of weather and an increased puncture protection, while still maintaining the racing feeling characteristic of the PZERO Race range. This result was achieved thanks to the Speedcore tubeless technology with the latest evolution of casing construction, and the SmartNet Silica which holds the best formulation for wet and chemical grip among Pirelli compounds. - The wide surface of the silica rod molecules enhances its natural water affinity, delivering confident handling and grip on wet surfaces - SmartNET Silica technology delivers high rolling efficiency, thanks to its natural anisotropic orientation, which reduces heating while increasing elasticity to help minimize energy dissipation - Speedcore design adds an aramid band within the tire’s rubber layer, adding strength and support to the tire casing but retains a supple feel for minimal rolling resistance and maximum grip - 120tpi nylon casing for added puncture protection and maximum security

The P Zero Race TLR is the most performing tire in Pirelli’s portfolio, as well as being the first tire with a tubeless technology entirely made in Italy. The design features SpeedCore technology in a 120tpi casing, utilizing a layer of compound mixed with aramid that covers the inner layer of the tire, improving the smoothness and the resistance of the rubber. The result is a less stiff, but faster tire. The compound on the other hand, maintains the same advanced SmartEVO technology, commonly found in other high-performance tires throughout the P Zero range. - SpeedCore is an innovative tubeless-ready construction that consists of a thin air-tight layer of rubber compound infused of aramid particles. This layer covers the internal part of the tire and thanks to the presence of the aramid into the rubber blend, it allows for better mechanical resistance, improved air retention and overall greater flexibility - SmartEVO compound uses a blend of polymers to provide maximum grip with a low rolling resistance, allowing for maximum speed and control - 700 x 28 and larger sizes are compatible with hookless rims, 700 x 26 size tires are not hookless compatible - Hookless rims subject to ETRTO 5bar/73psi max pressure limitation

- Pirelli's SmartNET Silica grants both rolling efficiency and wet grip, delivering an all-season tyre with outstanding performance - Tread design developed with FGD and ICS technologies provides great handling and water drainage, even in harsh weather conditions - Overall increased SmartNET Silica tread pattern thickness in addition to an aramid fiber puncture-resistant belt ensure extensive mileage and reliability in bad weather and cold temperatures