Michelin E Primacy 2

4 Reviews

MICHELIN E Primacy 2 Tyres

Energy Efficiency: These tyres are designed to reduce rolling resistance, which helps decrease fuel consumption and CO2 emissions, making them an environmentally friendly solution.
Comfortable Driving: Thanks to noise reduction technologies, they offer a smooth and quiet ride, perfect for long journeys.
Exceptional Grip: With a specially developed tread compound and optimised pattern, these tyres ensure reliable traction on both dry and wet surfaces, enhancing safety.
Durable Performance: Designed to last, they provide a long tread life and consistent performance over time.
Eco-Friendly: Manufactured using sustainable practices, these tyres help reduce environmental impact.

The MICHELIN E Primacy 2 tyres are an ideal choice for those looking to optimise their vehicle's performance while being mindful of environmental impact.

See the technologies of the E Primacy 2

Durability-focused design

Derived from the evolution of the e.Primacy range, the Michelin e.Primacy 2 summer tyre was designed to ensure high mileage longevity. Designed for long-lasting use, it is suitable for internal combustion, hybrid and electric vehicles, while helping to maintain consistent performance over time.

Long-lasting performance in the service of safety

The Michelin e.Primacy 2 tyre was developed to offer reliability and durability over time. Its aim is to maintain a stable level of safety in order to provide greater peace of mind for the driver, even after many miles.

Even when worn, this tyre meets the criteria of the European type-approval threshold for wet-road grip. Its design therefore helps to maintain consistent performance over time, while preserving safety.

Optimised energy efficiency for car manufacturers

The E Primacy 2 tyre was designed to meet car manufacturers’ expectations in terms of energy efficiency. Its development aims to reduce the fuel consumption of internal combustion vehicles, while helping to improve the range of electric and hybrid models.

This approach supports journeys with a level of efficiency in line with current needs, encouraging more controlled energy use, whatever the type of powertrain.

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