( Front & Rear ) 11.5" Brake Rotors for Harley Touring Dynas Touring Sportster

Front & Rear 11.5" Brake Rotors for Harley

These 11.5 inch front and rear brake rotors are direct-fit replacement discs that restore stopping power and lever feel on Harley Touring, Dyna, and Sportster models.

Overview

This pair of front and rear brake rotors delivers reliable stopping performance for riders replacing worn or warped discs. Built as a matched 11.5 inch set, the rotors bolt straight onto stock hubs and work with factory calipers. Riders on Harley Touring, Dyna, and Sportster platforms get a straightforward brake refresh without machine work.

Built For Performance

• 11.5 inch diameter matches common Harley front and rear rotor sizing
• Drilled rotor surface helps shed heat and clear water and debris
• Balanced disc design keeps vibration low under braking
• Corrosion-resistant finish holds up to road spray and weather
• Direct bolt-on fitment with factory mounting bolt pattern
• Sold as a front and rear set for a complete brake refresh

Fits These Machines

• For Harley Touring models running 11.5 inch rotors
• For Harley Dyna models running 11.5 inch rotors
• For Harley Sportster models running 11.5 inch rotors

On-The-Job Use

• Routine replacement of scored or below-spec rotors
• Refreshing brake feel after pads have worn unevenly
• Daily riding, commuting, and weekend touring
• Replacing a warped rotor that causes pulsation at the lever

Specs At A Glance

Good To Know

Q: Do I need new brake pads with these rotors? A: New pads are recommended so the pad surface beds evenly against the fresh rotor face. Reusing worn pads can cause uneven contact and noise.

Q: Can I install these myself? A: Rotor replacement is a common at-home job with basic hand tools, though brake bleeding and torque specs should be followed for your model. Have a shop verify fitment if you are unsure.

Slight variation in finish or dimensions may occur between production runs, and fit can depend on serial number, so confirm compatibility before ordering.