Mon 900-1900
Tue 900-1900
Wed 900-1900
Thu 900-1900
Fri 900-1900
Sat 900-1700
Sun Closed
Mon 900-1900
Tue 900-1900
Wed 900-1900
Thu 900-1900
Fri 900-1900
Sat 900-1700
Sun Closed

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MMK Riepas

Michelin X-Ice Snow SUV

The Michelin X-Ice Snow SUV is one of the best premium Scandinavian winter tyres for off-road or SUV use. This model stands out for its excellent grip on snow and ice.

Michelin X-Ice Snow SUV key features:

one of the best soft compound tyre models in the world;

– Designed for high performance on SUVs;

– completely redesigned tread pattern with increased number of blocks and wide drainage grooves for improved performance in wet and slushy conditions;

– hybrid blading system for excellent grip on icy and snowy road surfaces;

– new Flex-Ice rubber compound technology increases grip on slippery surfaces and prevents tread wear during heating.

Model price starts at 139


Choose a size

Available Michelin X-Ice Snow SUV sizes

116 offers from 158 to 362

More about Michelin X-Ice Snow SUV tyres

Key features of the X-Ice Snow SUV:

The main external difference between this model and its predecessor is the tread pattern design. While retaining the V-pattern, the tread blocks have been reduced in size, reshaped and increased in number. This has led to a significant improvement in directional stability as well as better braking on snowy surfaces.

Another major innovation is the use of two types of blades, or hybrid blades. Both 3D slats and U-shaped slats are used in the shoulder areas and improve handling and grip on slippery surfaces during manoeuvring. They are fully retained even when the tread is almost completely worn, allowing the tyres to maintain their excellent performance characteristics for much longer. And the 3D sipes significantly improve performance on ice, as well as drying the tyre’s contact patch with the road.

The X-Ice Snow SUV tread is made from the latest generation Flex-Ice technology rubber compound. This has significantly increased the tyre’s abrasion resistance and enabled it to retain both its flexibility even at extremely low temperatures and its shape under the influence of elevated temperatures.