What is All-Season Continental Tires

All Season Continental tires

At any season, on any surface and in all conditions, the grip is a challenge for the tires. These are an important requirement for your safety and therefore require maximum performance on all surfaces and stations. Seasonal tires are specialized in specific conditions to ensure greater safety and the best performance in any situation.

It is therefore advisable to use winter tires in winter conditions and summer tires in summer conditions. However, in certain circumstances, All-Season tires or four seasons can be a good alternative. In mild climatic zones and without demanding winters, they are the best option if you use your car mainly in urban areas or have limited annual mileage.

all-season tires

To this end, “All Season Contact” was born, which combines both good winter and summer benefits, as well as having the best rolling resistance in its class. If you encounter unexpected winter conditions, All-Season Contact with the Alpine symbol offers good safety reserves and certified per the latest winter tire regulations.

CONTINENTAL PNEUMATIC ADVANTAGES

Continental tires offer you the perfect technology for all applications and stations.

  • Impressive grip in snow and wet Due to its Resin for Winter Benefits and a large amount of silica in Traction Silica Compound, the new AllSeasonContact ™ always remains flexible. This versatility ensures excellent performance on snowy and wet roads.

All Season Continental tires

  • Good performance in dry braking It can use on the road thanks to the flexible design for all the tread stations. The new AllSeasonContact ™ convinces in all the benefits in summer. It is due to the combination of open shoulders for high performance compared to aquaplaning and robust design with fewer lamellae for better handling and dry braking
  • The best rolling resistance performance in its class achieved through construction for energy optimization during all seasons. The impressive decrease in rolling resistance based on the optimization of the geometry of the sidewalls and the optimal depth of the design leads to a significant reduction in fuel consumption without compromising safety.

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