Tire - Q3+ - 120/70R17 - Front - (58W)
The Dunlop Q3+ 120/70R17 front motorcycle tire combines advanced technology and meticulous design to deliver exceptional performance for sport and street riders. Equipped with MT Multi-Tread technology, this tire features a long-wearing, cool-running center compound that enhances straight-line stability and tread life. The side compounds utilize lateral-grip materials for improved traction at moderate to maximum lean angles, making it ideal for aggressive cornering and dynamic riding scenarios.
Designed for predictable handling, the Q3+ provides responsive and precise steering, along with smooth transitional performance, ensuring confidence at high speeds and during high lean angles. The innovative tread pattern employs Dunlop's cosecant-curve design, complemented by longer grooves proven to enhance wet-weather performance, giving riders reliable grip in diverse conditions.
Constructed with Carbon Fiber Technology (CFT) and tubeless compatibility, the tire offers durability and stability, supported by a W-speed rating of over 168 mph. Its blackwall finish adds to its sleek aesthetic, making it a practical choice for riders seeking both performance and longevity. This tire delivers approximately 20% greater lifespan compared to previous models, making it a cost-effective upgrade for sportbike enthusiasts looking for superior handling and durability.
Features:
* MT Multi-Tread technology for long-lasting, cool-running compounds
* Lateral-grip compounds on sides for enhanced traction at high lean angles
* Exceptional cornering stability and responsive steering
* Smooth transitional-steering performance for predictable handling
* Cosecant-curve tread pattern with longer grooves for improved wet-weather grip
* Carbon Fiber Technology (CFT) for added durability and strength
* Tubeless design for convenience and reliability
* W-rated for speeds over 168 mph, suitable for high-performance riding
* Blackwall finish for a sleek look
* Offers approximately 20% greater tire life compared to previous models