Easy-Pull Reduced-Effort Clutch Ramp Kit

Make heavy cable-clutch operation easier without replacing the complete clutch assembly. The Easy-Pull Reduced-Effort Clutch Ramp Kit replaces the factory inner and outer clutch release ramps with revised mechanical geometry designed to reduce the effort required at the clutch lever while retaining smooth, predictable clutch engagement.

Installed inside the clutch release mechanism, the ramp assembly increases mechanical leverage as the clutch cable is pulled, providing a lighter lever feel that can help reduce hand fatigue during stop-and-go riding, long days in the saddle, and frequent clutch operation. Application-specific versions are available for compatible Harley-Davidson Big Twin and Sportster models with mechanical cable-operated clutches, allowing the correct configuration to be selected for the motorcycle.

Product Features

• Reduced Clutch Lever Effort – Revised ramp geometry increases mechanical leverage to provide a noticeably lighter clutch lever pull.
• Inner & Outer Ramp Upgrade – Replaces the factory clutch release ramp assemblies rather than requiring replacement of the complete clutch.
• Smooth, Controlled Clutch Action – Designed to reduce operating effort while maintaining progressive and predictable clutch engagement.
• Less Hand Fatigue – Especially useful in traffic, extended rides, and riding situations that require frequent clutch operation.
• Works with Mechanical Cable Clutches – Designed for compatible Harley-Davidson applications using a cable-operated clutch release system.
• Application-Specific Fitment – Different configurations are available for compatible Big Twin and Sportster applications to match the corresponding factory clutch release architecture.
• Compact Internal Upgrade – Installs within the existing clutch release mechanism without adding bulky external assist hardware.
• Ideal for Stock & Custom Builds – A practical clutch-control upgrade for daily riders, touring motorcycles, and custom Harley builds where easier lever operation is desired.