Pirelli P Zero Race TT tyre

Pirelli presents P Zero Race TT, the fastest and lightest clincher tyre of its range: designed for professional cyclists and anyone in search of speed and lightness

P ZERO Race TT is the smoothest and lightest clincher tyre of the entire P ZERO Race range, designed to meet the requirements of the World Tour teams backed by Pirelli,  combined with the ultra-light Pirelli SmarTUBE inner tubes. Indeed, teams such as the US Trek-Segafredo or the French AG2R have already chosen P ZERO Race TT for some 2022 stages of the Vuelta or the Tour de France. The tread of the new P ZERO Race TT is based on the SmartEVO compound characterizing the P ZERO family, developed to offer a very low rolling resistance, great control at top speeds and an excellent grip. Besides, unlike its predecessor, P ZERO Race TT’s tread design is that of P ZERO Race and, compared to this product, the new tyre is 5% lighter and 20% faster. Furthermore, the Pirelli R&D department has optimized the tyre to the lowest possible rolling resistance with a LITE 120 TPI nylon casing without additional protections.


Features

  • The fastest of the P Zero series.
  • Excellent smoothness.
  • Improved wet grip.
  • Even lighter.
  • Inner tube version.
  • Not compatible with hookles rims.
  • Made in Italy.


Technologies

SmartEVO Compound

So far the most advanced racing chemical formulation for road use, it was born from the Motorsport experience of Pirelli and the collaboration with the factory World Tour teams. The new SmartEVO Compound features a single-compound formulation based on three different polymers, each of which provides opposite performances in a perfec blend. The advanced mixture of polymers with 'smart' behaviors are the key elements of the SmartEVO Compound, providing better grip and rolling resistance in any weather condition. The SmartEVO Compound is an high-performance chemical formulation developed for modern road cycling, from everyday training to World Tour racing. SmartEVO Compound is an exclusive feature of the P ZERO range.