Exedy 16062 OEM Clutch Kit for 1991-2002 Toyota MR2/Camry/Solara

Vehicle Fitment

• 1991-1995 Toyota MR2 (2.0L, Manual)
• 1992-2001 Toyota Camry (3.0L V6, Manual)
• 1999-2002 Toyota Solara (3.0L V6, Manual)

Features

• OEM-quality clutch kit engineered to meet factory replacement standards
• Organic friction clutch disc for smooth engagement and dependable operation
• Sprung hub disc reduces drivetrain shock and drivetrain vibration
• Diaphragm pressure plate for consistent clamp load and pedal feel
• Direct-fit design for straightforward replacement of worn factory clutches
• Includes throw-out bearing and alignment tool for complete installation
• Restores original clutch performance with improved durability over time
• Ideal for daily driving and stock restoration projects

Specifications

• Clutch disc diameter: approx. 236 mm (9-1/4")
• Spline count: 21 teeth
• Spline hub diameter: approx. 1-3/16"
• Clutch type: Organic friction disc with sprung hub
• Pressure plate: Diaphragm spring style
• Transmission: Manual

Included Components

• 1x Organic friction clutch disc
• 1x Diaphragm pressure plate
• 1x Release (throw-out) bearing
• 1x Clutch alignment tool

Product Description

The Exedy 16062 OEM Clutch Kit is a direct-fit replacement designed for Toyota MR2, Camry, and Solara vehicles equipped with manual transmissions. Engineered to match or exceed original equipment specifications, this kit restores smooth clutch engagement and reliable torque transfer, making it ideal for daily driving and factory restoration projects. Its organic friction disc delivers dependable performance with predictable engagement characteristics and a comfortable pedal feel.

Featuring a sprung hub disc that helps dampen drivetrain shock and a diaphragm-style pressure plate for consistent clamp load, this kit also includes a release bearing and alignment tool for a complete installation. The direct-fit design ensures compatibility with specified Toyota applications, providing a straightforward swap that brings back reliable clutch function and long service life.