The Michelin Primacy 5 profile stands out for its ability to meet the demands of a wide range of vehicles, from compact cars to saloons, as well as SUVs, medium 4x4s, and even some electric vehicles. This model is designed to offer drivers an optimised and serene driving experience.
The main features of the Michelin Primacy 5 profile include:
- Remarkable adaptability, allowing use on various types of vehicles.
- High-performance braking on wet surfaces, even when worn, thanks to EverGrip technology combined with a high-performance rubber compound.
- Exceptional longevity with up to 18% more mileage, made possible by MaxTouch technology, which ensures even wear by effectively distributing the forces of acceleration, braking, and cornering.
The MICHELIN Primacy 5 tyre is designed to maintain a high level of safety when driving on wet roads. When new, it reduces wet braking distance by 4% and maintains equivalent performance once worn, compared with the Primacy 4+. This consistency contributes to more reassuring everyday use.
Rated “A” for wet grip under European labelling, this tyre features MICHELIN EverGrip and MICHELIN EverTread technologies. Its optimised tread pattern and redesigned tread promote efficient water evacuation, ensuring effective braking throughout its service life, without compromising longevity.
The Primacy 5 summer tyre is designed to offer extended service life while maintaining a high level of safety. It delivers an 18% mileage gain compared with the previous generation, meeting durability expectations.
Thanks to MaxTouch technology, the contact patch with the road is optimised to evenly distribute the forces associated with acceleration, braking and cornering. This design contributes to more even tread wear, without any negative impact on performance. The new patented rubber compound also improves abrasion resistance, enhancing the tyre’s overall longevity.
The Michelin Primacy 5 is designed to adapt to the specific constraints of electric vehicles. Its high-performance rubber compound helps reduce rolling resistance, which contributes to limiting energy consumption and preserving battery range.
Combined with enhanced longevity, its tread pattern has been developed to reduce noise disturbances, particularly noticeable inside an electric vehicle. This design promotes increased driving comfort and a quieter everyday experience.
