Michelin Anakee Road Radial Rear Tire

Enhance Your Riding Confidence with the Michelin Anakee Road Radial Rear Tire: Superior Stability and Longevity

The Michelin Anakee Road Radial Rear Tire is an excellent choice for riders seeking a tire that provides enhanced stability and confidence, especially in wet conditions. Designed for longevity and performance, this tire is ideal for those who demand reliability and a connected feel to the road.

Key Features:

• Optimized for Wet Conditions: This tire is specifically engineered to offer a confident and secure riding experience in wet conditions, ensuring a strong connection to the road, regardless of weather.
• Durable Center Tread Compound: The center tread compound is designed for longevity, providing extended tire life and consistent performance throughout its lifespan.
• Stability Across All Conditions: Built for stability in various riding conditions, this tire gives you a more confident and controlled ride, whether you're on urban streets or rural roads.
• Radial Construction: The radial construction of the tire offers modern performance and handling, suitable for a wide range of contemporary motorcycles.
• Speed Ratings: The tire sizes 150/70R-17, 170/60R-17, and 150/70R-18 are speed rated V, suitable for speeds up to 149 mph. The tire size 170/60ZR-17 is speed rated W for speeds up to 168 mph.

Available Sizes: The Michelin Anakee Road Radial Rear Tire is available in the following motorcycle tire sizes:

• 150/70R-17
• 170/60R-17
• 170/60ZR-17
• 150/70R-18

These size options ensure compatibility with a variety of motorcycles, providing a perfect fit for your specific model.

Note: The wheel is sold separately.

Ideal for riders who prioritize safety and performance, especially in challenging weather conditions, the Michelin Anakee Road Radial Rear Tire is your go-to choice for a tire that offers enhanced grip, stability, and longevity. Whether you're commuting daily or embarking on long-distance tours, this tire is designed to elevate your riding experience in all conditions.