Tire - Sportmax Q5A - Rear - 190/55ZR17 - (75W)
The Dunlop Sportmax Q5A Rear Tire, part number 45274208, is engineered with advanced Jointless Belt (JLB) technology to enhance overall ride quality. This construction reduces dynamic growth at high speeds, resulting in improved stability and a more responsive feel during aggressive driving. The tire*s design focuses on delivering exceptional comfort while maintaining precise handling characteristics for sport-oriented riders. Built on the legacy of Dunlop*s renowned Roadsport and Q Series lines, the Q5A offers a reliable performance platform suitable for a variety of riding conditions.
Features include a high-performance compound utilizing Carbon R and Hi Silica X technologies. These compounds work together to increase both dry and wet grip, ensuring confident cornering and braking in diverse weather conditions. The tread pattern and construction optimize contact patch and heat dissipation, contributing to sustained performance and tire longevity. Whether navigating tight turns or cruising on the highway, the Dunlop Sportmax Q5A rear tire provides a balanced mix of grip, stability, and comfort for sportbike enthusiasts seeking reliable, high-performance tires.Designed for riders who demand precision and durability, this rear tire complements the dynamic capabilities of modern sport motorcycles. Its advanced materials and innovative construction make it suitable for spirited riding, offering a blend of safety and performance. The Dunlop Sportmax Q5A is a dependable choice for riders looking to upgrade their bike*s handling with a tire that delivers consistent, high-level results across all riding conditions.
Features:
* Jointless Belt (JLB) technology to minimize dynamic growth and enhance stability at high speeds
* Compound featuring Carbon R and Hi Silica X for improved dry and wet grip
* Built on the legacy of Dunlop*s Roadsport and Q Series tires for all-around performance
* Optimized contact patch for better handling and cornering
* Designed for sport motorcycles demanding responsive and reliable performance