The Michelin Power RS Rear 180/55ZR 17 (73W) Radial TL tire is a game-changer in the world of sportbike tires. Crafted by Michelin, a brand known for its commitment to quality and innovation, the Power RS represents a radical leap forward for sportbike tires.

This tire excels in five key categories that define a true sportbike tire: grip, acceleration, braking, handling, and flickability. With an expanded size offering to cover an extensive range of sportbikes, the Power RS is designed to meet the needs of a wide variety of riders.

One of the standout features of the Michelin Power RS is its exceptional wet grip, improving upon the already impressive performance of the Michelin Pilot Power 3 tire by 3 seconds. This tire utilizes Michelin’s 2CT Dual Compound Technology at the front and Michelin 2CT+ at the rear, delivering outstanding grip in both dry and wet conditions.

The patented carcass of the Power RS provides impeccable lean angle and straight-line stability, giving riders the confidence to push their sportbikes to the limit. Whether you’re carving through twisty mountain roads or hitting the track for a day of high-speed thrills, the Michelin Power RS is up to the task.

Fitment for the Michelin Power RS includes a wide range of sportbikes, from Aprilia to Yamaha, ensuring that riders of various makes and models can experience the performance benefits of this exceptional tire.

Michelin Power RS represents our most radical leap forward ever for sportbike tires.

Features:
– MICHELIN POWER RS is the new leader in five categories that define a true sportbike tire: grip, acceleration, braking, handling, and flickability
– Expanded size offering to cover an extensive range of sportbikes
– Improves upon the already exceptional wet grip of the MICHELIN Pilot Power 3 tire by 3 seconds. With Michelin 2CT Dual Compound Technology at the front and Michelin 2CT+ at the rear, these tires deliver outstanding grip in dry and wet conditions alike
– The new patented carcass provides impeccable lean angle and straight-line stability