The Q3+ offers predictability, a compliant ride, and high cornering grip.
The Dunlop Sportmax Q3+ rear motorcycle tire is engineered for high-performance riding with a focus on predictability, compliant ride, and exceptional cornering grip. Designed to excel in both wet and dry conditions, this tire provides riders with confidence across diverse weather scenarios. Its advanced Multi-Tread* technology combines different rubber compounds to deliver outstanding grip while maximizing mileage, making it a reliable choice for sportbike enthusiasts who demand both longevity and high performance. Manufactured in Dunlop*s Buffalo, New York plant using the same high-tech equipment as their racing tires, the Q3+ exemplifies quality and innovation.
Featuring Dunlop*s Carbon Fiber Technology (CFT), the sidewalls are reinforced with carbon fiber to enhance cornering performance and provide a more precise feel in aggressive turns. The aggressive tread pattern employs minimal and long tread grooves that optimize water evacuation, ensuring superior wet-weather handling without compromising dry traction. The intuitive response profile (IRP) technology incorporated into the rear tire allows for greater latitude in line choice during cornering and delivers remarkably linear steering feedback, giving riders increased confidence and control. This tire is designed for riders seeking a predictable, high-grip tire that can handle aggressive riding styles while maintaining stability and comfort on the road.
Features:
* Excels in both wet and dry conditions for reliable all-weather performance.
* MT Multi-Tread* technology offers a combination of longevity and outstanding grip.
* Manufactured in the USA at Dunlop*s Buffalo, New York plant using high-tech racing equipment.
* Dunlop's Carbon Fiber Technology (CFT) reinforces sidewalls for exceptional cornering feel and performance.
* Aggressive tread pattern with minimal, long grooves enhances wet-weather handling.
* Intuitive Response Profile (IRP) technology in the rear tire allows for greater line choice and linear steering feedback.