Colony Rotor Sprocket Belt Mounting Hardware Kit Rear for Harley

Ensure the integrity and performance of your Harley Davidson with the premium Colony Rotor Sprocket Belt Mounting Hardware Kit. This comprehensive kit provides all the essential fasteners needed for critical components, offering a reliable solution for maintenance or upgrades.

Description

Designed for motorcycle enthusiasts and professionals, this Colony Rear Rotor Sprocket Belt Mounting Hardware Kit delivers exceptional quality and a precision fit for your Harley Davidson. Engineered to secure your brake rotor, sprocket, and belt drive components, this kit is compatible with Harley Davidson Fat Boy FLSTF 1340 and Heritage Softail Classic FLSTC 1340 models produced between 1991 and 2017. Manufactured in the U.S.A., each piece of hardware meets stringent quality standards, ensuring durability and long-lasting performance. Opting for a complete hardware kit simplifies installation, eliminating the frustration of sourcing individual bolts and washers, and guaranteeing that you have the correct fasteners for a secure assembly across your motorcycle's crucial drivetrain and braking systems.

Features & Highlights

• Comprehensive Hardware Solution: This all-in-one kit provides the necessary fasteners for your brake rotor, sprocket, and belt drive, ensuring every critical connection is secure.
• Tailored for Harley-Davidson: Specifically designed to fit a wide range of Harley-Davidson brakes, chain, and belt drive systems, offering reliable compatibility.
• Complete Kit Convenience: Includes all essential hardware components, saving you time and effort in searching for individual parts for your rotor, sprocket, and belt.
• American Made Quality: Proudly manufactured in the U.S.A., guaranteeing superior craftsmanship, material integrity, and dependable performance for your motorcycle.
• Precision Fitment for Classic Models: Perfectly suited for Harley Davidson Fat Boy FLSTF 1340 and Heritage Softail Classic FLSTC 1340 models from 1991-2017, ensuring optimal security and function.