The MICHELIN Tire Commander II Rear MU85 B16 77H Bias TT/TL is the ultimate solution for all types of cruisers, offering more mileage without compromise. As the industry’s established benchmark in longevity, MICHELIN Commander II tires deliver long-lasting performance, making them a top choice for riders looking for durability and reliability.

One of the key features of the MICHELIN Commander II tires is their excellent mileage. With a reputation for longevity, these tires are designed to go the distance, providing riders with more miles on the road without compromising on performance. Whether you’re cruising down the highway or taking on winding roads, these tires will keep you going strong.

In addition to their exceptional mileage, the MICHELIN Commander II tires offer superb handling and stability. Thanks to their high-density, more rigid carcass (MICHELIN Amplified Density Technology), these tires provide tremendous handling and feedback, giving riders confidence on the road. The upper layers are made from aramid fibers on the rear, combining durability and lightweight materials for enhanced stability even at high speeds.

For Harley Davidson riders, the fitment of the MICHELIN Commander II Rear MU85 B16 77H Bias TT/TL is compatible with a wide range of models, including the FLHR Road King, FLHRC Road King Classic, FLHRS Road King Custom, FLHTCU Electra Glide Ultra Classic, FLHX Street Glide, FLS Softail Slim, FLSTN Softail Deluxe, FLTR Road Glide, and FXS Softail Blackline, among others.

MICHELIN’S solution for all types of cruisers More mileage without compromise.

Features:
– THE MICHELIN® TIRE FOR ALL TYPES OF CRUISERS
– EXCELLENT MILEAGE
– As the industry’s established benchmark in longevity MICHELIN® Commander® II tires deliver long-lasting performance
– SUPERB HANDLING AND STABILITY
– Thanks to their high-density, more rigid carcass (MICHELIN Amplified Density Technology), MICHELIN Commander II tires offer tremendous handling and feedback.
– The upper layers are made from aramid fibers on the rear, bringing together durability and light-weight materials for enhanced stability even at high speeds.