Pirelli Diablo Rosso IV Corsa Tyre 190/55ZR17 ML

Pirelli Diablo RossoV Corsa Tyre 190/55ZR17 ML

THE SPORTIEST TYRE OF THE DIABLO ROSSO FAMILY

• Ideal for riders who want performance upgrades for their motorcycles
• Higher grip, enhanced 'fast' handling and performance consistency
• Bi-compound technology in both front and rear tyre
• Slicker tread pattern compared to DIABLO ROSSO IV
• Racing derived technologies applied to profiles and structures

Pirelli presents the new DIABLO ROSSO IV Corsa, the high-performance hypersport tyre that raises the bar of sport riding even higher within the DIABLO ROSSO family. The new DIABLO ROSSO IV Corsa represents a fiercer version of the DIABLO ROSSO IV supersport tyre, created to satisfy the most demanding motorcyclists seeking a tyre capable of high performance and to fully utilise the potential of their bikes.

WHO IS DIABLO ROSSO IV CORSA DESIGNED FOR?

DIABLO ROSSO IV Corsa is the ideal choice for:
- Motorcyclists who love a dynamic riding style on winding roads and mountain passes and want a tyre to match the sporty performance of their motorcycle;
- Motorcyclists who are passionate about corners, who look for performance upgrades and take care of the bike set-up and aesthetics. These riders seek the most out of their motorcycle by upgrading to high-performance equipment. They also recognise the lightning-shaped tread design as the iconic symbol representing DIABLO ROSSO performance.

The main benefits of DIABLO ROSSO IV CORSA are:
- Higher grip in dry conditions, thanks to a slicker tread design that guarantees a more significant footprint area alongside the use of innovative compounds that increase mechanical grip levels;
- Enhanced hi-performance handling and precise feedback. The innovative technologies applied to the carcass allow the DIABLO ROSSO IV Corsa to adhere to the micro-roughness of the asphalt, ensuring precise feedback and a feeling of control;
- Performance consistency over multiple riding sessions is made possible by the characteristics of the tread pattern, where the intended repetition of the grooves offers high resistance to stress, and the new arrangement of the compounds ensures optimal thermal balance.