The Dunlop SP Sport 7000 A / S is an all-season tire designed for sports sedans. Thanks to the special additives in the rubber compound and the universal tread pattern, this tire is good not only on hot summer asphalt but also in cold weather.
In the cold season, the Dunlop SP Sport 7000 A / S retains its elasticity and demonstrates excellent handling on dry, wet, or snow-covered roads. Thanks to its wide groove network, the tire has a high reserve of aquaplaning protection, whether the road is covered with water or slush. On snow, the SP Sport 7000 A / S offers excellent traction, which is important for acceleration and braking. In summer, the Dunlop SP Sport 7000 A / S has excellent road holding, precise steering, and quick braking performance.
This model is intended for urban and suburban use, that is, it is primarily used for driving on asphalt or concrete surfaces, but it also copes well with driving on rough terrain.
This tire, used in the factory equipment of several Japanese cars, has a speed index of H, which means that its maximum acceleration speed is 210 km / h.
What are the main advantages of this model? First, the unique tread compound. It includes silicate carbon, which increases the grip characteristics and allows them to be, as they say, level under all conditions. In particular, the tire is resistant to temperature extremes and unpretentious to weather conditions, whether it is hot asphalt or a wet track after rain - in none of these cases will the Dunlop SP Sport 7000 lose its performance.
Secondly, the model was developed using the method of computer simulation using the latest technologies. For example, the belt is designed using the Jointless Band technology, which is the seamless nature of its structure. In addition, the nylon and polyester cords provide the tire with a soft ride, low noise generation - and they remain at high speeds - and also prevent deformation of the Dunlop Sp Sport 7000 tire, increasing its service life.
Thirdly, this tire has a reinforced sidewall that prevents external mechanical damage. Large blocks, located in the shoulder areas of the tread, increase lateral traction, guaranteeing confidence when cornering and high maneuverability.
And finally, a few words must be said about the design of the tread pattern of this model. It has a directional asymmetric character. It is formed by large checkers with serifs that increase the traction and braking properties of the tire, as well as blocks separated by four circular longitudinal grooves. The central rib of the tire guarantees high directional stability in straight-line driving, especially at high speeds, and the above grooves effectively remove water from the contact patch with the road surface, minimizing the risk of aquaplaning on a wet track.
All of these qualities contribute to excellent ride comfort. This tire will certainly be a good choice among its class of tires.
Distinctive features of the Dunlop SP Sport 7000 tire
- Dunlop SP Sport 7000 is a summer car tire designed for both urban and suburban use.
- The speed index of this tire is H, showing that the maximum acceleration speed is 201 km / h.
- The unique tread compound, which includes silicate carbon, improves the grip of the tire.
- Resistance to temperature extremes and unpretentiousness to weather conditions.
- The Jointless Band technology on which the belt is made consists of a seamless structure of the frame, which eliminates vibration from contact with the road at high speed.
- Nylon and polyester cords provide a soft ride and high acoustic comfort.
- Reinforced sidewall guarantees resistance to external mechanical damage.
- Large checkers in the shoulder area increase tire maneuverability and cornering stability.
- Tread pattern design - directional asymmetric.
- Notches on the checkers in the central zone enhance the traction and braking properties of the tire.
- The central rib contributes to directional stability when driving in a straight line.
- Four annular longitudinal channels effectively remove the plug from the contact area, preventing the occurrence of the aquaplaning effect.