Dunlop Sport Maxx RT2 Tires
The Dunlop Sport Maxx RT2 is a high performance summer tire made for passenger vehicles. The asymmetric tread design and the summer compound improve the dry and wet weather road gripping ability. The tire prevents heat build-up along the tread area with durable rubber materials, while its hydroplaning resistance increases the wet weather traction. This ensures the tire’s safer summer weather performance.
The tire promotes a quiet drive. It was manufactured with Dunlop’s Noise Shield technology that prevents road and tread pattern noise from being heard in the vehicle’s cabin. This technology cancels out soundwaves generated while the tires are in motion. This cancels out the road and tread pattern noise, increasing the driving comfort levels. As road disturbances cannot dampen the passengers’ driving enjoyment, the tire offers a comfortable driving experience.
The Dunlop Sport Maxx RT2 enhances its high speed controllability. The durable compound and optimal internal structure ensure a safer high speed performance. The compound prevents heat build-up and eases the driving pressure off the tire, while the structure maintains the ideal tire shape under the high speed pressure. The strengthened construction also reinforces the tire’s driving stability during its performance. On the other hand, the asymmetric tread design’s constant surface contact boosts the steering response time and accuracy to the driver’s instructions. This combination ensures the driver’s full control over the vehicle during its summer weather high speed performance, guaranteeing a safer driving experience.
- ControllabilityThe stronger structure and ideal road contact increase the high speed performance, steering responsiveness and driving stability.
- SeasonThe summer compound and ideal tread design upgrade the dry and wet weather road gripping ability, boosting the driving safety.
- Comfortable driveThe tread design cancels out road and tread pattern noise heard while the tires are in motion, with the Noise Shield technology.