Michelin X MULTI D 295
This model is a versatile all-season drive position tire engineered to provide high performance in terms of year-round traction, uniform tread wear, fuel usage, and mileage. It is designed especially for regional transport and line haul applications offering increased load safety, more mileage without compromising fuel efficiency.
The X MULTI D 295 comes with an all-new tread compound molded into a directional tread design that has a five-rib design optimized to promote additional traction in adverse weather and snow conditions. This model stands out with up to 26% lower rolling resistance for more mileage compared with the Michelin Multiway XD model. One of the most highlighted technologies is Infini-Coil Belt Technology that optimizes the shape of the contact patch for a longer lifespan. Another important technology used in the production of this model is the Powercoil Technology designed to create a lighter, more durable casing steel cable with increased endurance.
Michelin X MULTI D 295 has optimized tread grooves combined with advanced hydro sipes designed to provide high aquaplaning resistance by better water and slush dispersion from under the tire footprint, delivering excellent grip performance at the same time. Due to the regeneration tread pattern the tire shows exceptional traction throughout life regardless of the type of surface.
This model is available in 22.5-inch sizes, being one of the best drive tire options for a wide range of commercial vehicles used in freight transportation.
Features and benefits
High-quality drive position tire.
Innovative regeneration tread pattern.
Wide contact area for better pressure distribution.
Available with Infini-Coil and Powercoil Technology to provide extra resistance to shocks and other road impacts.
Optimized tread grooves combined with advanced hydro sipes for increased aquaplaning resistance.
Innovative technologies reduce up to 26% rolling resistance, compared with the Michelin X Multiway XD model, offering improved fuel efficiency and CO2 emissions.
