The Dunlop Sportmax Q5S Rear Motorcycle Tire offers advanced construction features designed to deliver exceptional handling and grip in both dry and wet conditions. Crafted with innovative profiles, compounds, and tread patterns, this tire provides lighter weight and increased agility, making it ideal for riders seeking responsive performance and durability. Its multi-tread* technology combines a long-wearing central compound with lateral-grip compounds on the sides, ensuring outstanding mileage without compromising handling or grip during aggressive riding or cornering. The updated front and rear compounds improve grip and reduce warm-up times, enabling quicker responsiveness on the road or track. The Tire's Optimized Tread Pattern enhances wear characteristics and contributes to faster warm-up, ensuring consistent performance. The Intuitive Response Profile* (IRP) technology offers greater latitude in line choice during cornering and ensures smooth, linear steering, boosting rider confidence and control in dynamic riding environments. Whether on the street or track, the Dunlop Sportmax Q5S rear tire is engineered to enhance ride quality with a focus on durability, grip, and handling precision, making it an excellent choice for sportbike enthusiasts seeking high-performance tires with long-lasting capabilities.
Features:
* Enhanced constructions, profiles, compounds and tread patterns allows the Q5S to provide lighter and nimbler handling and improved dry and wet grip to make it even more user-friendly all while maintaining class-leading durability.
* Multi-Tread* technology utilizes a long-wearing compound in the center of the rear tread flanked by lateral-grip compounds, giving riders outstanding mileage without sacrificing handling or grip.
* Updated front and rear compounds offer improved grip and warm-up times.
* Intuitive Response Profile* (IRP) technology allows greater latitude in line choice while cornering, plus amazingly linear steering.
* Optimized tread pattern design aids in quicker warm-up times and improved wear characteristics.