Exedy MZK1014 OEM Clutch Kit for 2009-2011 Mazda RX-8 R2

Vehicle Fitment

• 2009-2011 Mazda RX-8 R2 (1.3L Rotary, Manual Transmission)

Features

• OEM-quality replacement clutch kit engineered to meet or exceed factory standards
• Designed for direct fit in Mazda RX-8 R2 models with manual transmission
• Clutch disc and pressure plate engineered for smooth engagement
• High-frequency induction heat-treated pressure plate fingers for durability
• Noise-reducing damped friction disc for quieter operation
• Sprung hub disc design to help absorb driveline shock
• Wide-angle damper improves torque handling with lighter pedal effort
• Includes necessary clutch release bearings and alignment components

Specifications

• Clutch Disc Diameter: ~236 mm / 9-5/16"
• Spline Count: 23 splines
• Input Shaft Spline: ~1-1/16"
• Clutch Kit Type: OEM-style replacement
• Disc Type: Organic friction material with dampers
• Designed for Mazda RX-8 R2 1.3L rotary engine applications
• Flywheel Not Included - resurfacing recommended at installation

Included Components

• 1x Clutch friction disc
• 1x Clutch pressure plate
• 1x Clutch release bearing
• 1x Alignment tool

Product Description

The Exedy MZK1014 OEM Clutch Kit is engineered as a direct replacement clutch assembly for Mazda RX-8 R2 models built from 2009 through 2011, equipped with the 1.3-liter rotary engine and manual transmission. Designed to meet or exceed original equipment manufacturer standards, this kit restores smooth clutch engagement and consistent power transfer after wear or failure of the stock clutch system.

Built with high-quality materials and precise engineering, the MZK1014 includes a clutch friction disc, pressure plate, release bearing, and alignment tool for a complete replacement service. The organic friction disc with dampers helps reduce noise while providing reliable performance under everyday driving conditions. For best results and longer service life, resurfacing the flywheel is recommended during clutch replacement to ensure a proper mating surface and enhanced durability of new components.