MICHELIN X^® INCITY™ Z / HL Z / XZU / XZU 3+/ EV Z

A RELIABLE AND ROBUST SOLUTION FOR PEOPLE TRANSPORT 

If you are looking for a reliable and robust solution to transport your users smoothly, MICHELIN X® INCITY™ is a safe solution in all conditions:

• Braking and traction: grip is ensured whatever the weather and road surface (3PMSF and M+S markings). Increased resistance to sidewall kerb damage and tread splitting

OPTIMISED COSTS PER MILE

Are you looking to boost your profitability? This urban bus tyre has one of the lowest costs per mile:

• Low rolling resistance thanks to the rubber compound. Double-wave sipes and Regenion technology to maximise grip in all conditions. Reinforced sidewalls for protection against kerbing. An ideal tyre for school transport, city buses, and any other urban use.

LOW CARBON FOOTPRINT

If you or your providers are looking for a transport solution with a low carbon footprint, MICHELIN X® INCITY™ minimises CO2 emissions:

• When regrooved, a tyre's service life is extended during the period when it consumes the least fuel. The MICHELIN Remix solution offers performance levels of up to 100% those of new tyres in terms of mileage, while also saving up to 39 kg of raw materials. (1) All MICHELIN X® INCITY™ tyres are made in ISO 14001-certified European factories.

How to understand MICHELIN X INCITY offers?

For people transportation, the main tyre dimension is 275/70R22,5. Three different profiles exist to suit your needs the best. MICHELIN X INCITY XZU will offer you mileage and protection against sidewall kerbing. MICHELIN X INCITY HLZ will bring additional capacity with its High Load capacity (available up to the end of 2021). And, the brand new MICHELIN X INCITY EV Z, designed for electric buses but outstanding for traditional buses, will improve the load capacity (up to 8 tons)², the rolling resistance (up to -13%)³ and the mileage (up to +10%)⁴ thanks to a full package of MICHELIN Technologies (Infinicoil, Powercoil and Duracoil on the casing, Forcion on the compound, and Regenion on the tread pattern).