Michelin ENERGY XM2 +

Tyre Details

The Michelin Energy XM2 + represents exceptional value for drivers seeking maximum longevity without compromising safety. Specifically developed for city cars, sedans, and MPVs, this summer tyre combines industry-leading durability with outstanding wet braking performance that improves as the tyre wears. 25% More Mileage & Best-in-Class Longevity Independent testing by China Automotive Technology and Research Center (CATARC) confirms the Energy XM2 + delivers 25% more mileage compared to premium competitors including Bridgestone, Goodyear, Continental, Dunlop, and Hankook. This exceptional longevity means fewer tyre replacements, reduced maintenance costs, and superior long-term value for budget-conscious drivers. Safety That Improves with Age The Energy XM2 + features a breakthrough wet braking performance that actually improves as the tyre wears. When new, it stops 4.9 meters shorter than competitors in wet conditions. Remarkably, when worn to 2.0mm tread depth, braking performance improves further—stopping 10.6 meters shorter than competitors. The innovative full silica tread compound maintains optimal grip throughout the tyre's entire lifespan, providing micro-scale contact with the road surface that ensures consistent safety performance. Robust Construction for Urban Challenges Engineered with robust carcass technology and reinforced sidewalls, the Energy XM2 + delivers exceptional resistance to sidewall damage from potholes, curbs, and rough urban road conditions. This enhanced durability significantly reduces the risk of tyre damage during daily city commutes, providing peace of mind for drivers navigating challenging urban environments.

Key Features

• Shorter Wet Braking When New and When Worn - MICHELIN ENERGY XM2 + Tyres brakes 1.5m shorter when new and 2.6m shorter when worn vs other premium tyre brands

• 25% More Mileage - MICHELIN ENERGY XM2 + Tyres lasts 25% longer compared to other premium tyre brands

• New Rubber Compounds - New formulation of full silica tread compound that contacts the ground in micro-scale resulting in better grip throughout the life of the tyre