Action Clutch Stage 3 Clutch Kit

2000–2009 Honda S2000 2.0L / 2.2L (F20C1, F22C1)

Part #: ACR-0738

Overview

The Action Clutch Stage 3 Clutch Kit is designed to deliver exceptional performance and durability for Honda S2000 enthusiasts seeking a reliable upgrade for spirited driving or track use. This high-performance clutch system combines aggressive engagement with manageable pedal feel, making it suitable for drivers who demand more from their vehicle without sacrificing daily drivability.

Built with a focus on increased holding capacity and heat dissipation, this clutch kit is ideal for those who push their S2000 beyond stock power levels or frequently engage in aggressive driving scenarios. Whether you're upgrading for increased horsepower, improved response, or enhanced durability, this clutch kit provides a significant upgrade over factory components.

Key Features

The Action Clutch Stage 3 Clutch Kit incorporates advanced materials and engineering to ensure reliable performance under demanding conditions. Key features include:

• Single diaphragm ceramic clutch system that offers a balance of aggressive engagement and smooth pedal feel.
• 170% increase in holding capacity, enabling the clutch to support higher torque loads typical of modified or tuned engines.
• Heavy-duty pressure plate with a single diaphragm design that provides rapid heat dissipation, reducing the risk of clutch fade during extended spirited driving or track sessions.
• Sprung hub design with moderate dampening to improve streetability, reducing chatter and harsh engagement while maintaining performance.
• Reinforced clutch disc with high-quality ceramic friction material for excellent durability and consistent engagement.
• Designed for enthusiasts who want a reliable, high-performance clutch capable of handling increased power levels while maintaining a manageable pedal effort.

Construction & Design

The Action Clutch Stage 3 Clutch Kit features a robust construction utilizing high-grade materials to ensure longevity and reliable operation. The pressure plate is engineered with a heavy-duty, single diaphragm design that provides a strong clamping force necessary for high-torque applications. The clutch disc employs premium ceramic friction material, which offers excellent heat resistance and wear characteristics, making it suitable for aggressive driving and repeated high-performance use.

The sprung hub design incorporates moderate dampening to absorb torsional vibrations, resulting in smoother engagement and reduced driveline shock. The entire assembly is precisely engineered to fit the OEM mounting points of the Honda S2000, ensuring straightforward installation without modifications. The kit's components are manufactured with strict quality control standards, guaranteeing consistent performance and durability over time.

Installation & Fitment

The Action Clutch Stage 3 Clutch Kit is a bolt-on upgrade designed for easy installation on Honda S2000 models from 2000 to 2009 with 2.0L or 2.2L engines (F20C1, F22C1). No cutting, drilling, or extensive modifications are required. Basic mechanical skills and standard tools are sufficient to complete the installation. It is recommended to perform a proper break-in procedure after installation to ensure optimal performance and longevity of the clutch components.

• Direct replacement for OEM clutch components
• Compatible with stock flywheel or aftermarket lightweight flywheels (check compatibility)
• Requires standard clutch alignment tools for installation

What's Included

• High-performance ceramic clutch disc
• Heavy-duty pressure plate with single diaphragm design
• Release bearing and pilot bearing (if applicable)
• All necessary hardware and mounting components
• Installation instructions

Ideal For

• Honda S2000 owners seeking increased clutch capacity for modified engines
• Track enthusiasts demanding reliable, high-performance clutch operation
• Drivers looking for a durable upgrade that balances aggressive engagement with streetability
• Performance tuners who want a clutch system capable of supporting higher torque levels