McLeod 6912-03 RST Twin Disc Clutch Kit for 2001-2010 Ford Mustang GT/Cobra/Mach

Vehicle Fitment

• 2001-2010 Ford Mustang GT (4.6L V8, 10-spline)
• 2003-2004 Ford Mustang Cobra (4.6L V8, 10-spline)
• 2003-2004 Ford Mustang Mach 1 (4.6L V8, 10-spline)

Features

• Handles up to 800 horsepower
• Organic friction discs for smooth engagement
• Soft pedal effort for street-friendly driving
• Economically priced twin disc clutch kit
• Uses existing flywheel in most applications
• Diaphragm pressure plate style
• Ideal for high horsepower street enthusiasts
• Not intended for competition use; refer to RXT series for racing applications

Specifications

• Clutch Diameter: 9-11/16 inches
• Spline: 1-1/16 inches x 10
• Crank Relief: Must be 6.25 inches or smaller for proper disc-to-flywheel contact
• Pressure Plate: Diaphragm style
• Material: Organic friction discs
• Flywheel Compatibility: Uses existing flywheel in most applications
• Recommended Horsepower: Up to 800 hp
• Application: Street use with high horsepower vehicles

Included Components

• 1x Pressure plate
• 2x Organic friction discs
• 1x Floater plate
• 1x Adapter ring
• 1x Pilot tool

Product Description

The McLeod 6912-03 RST Twin Disc Clutch Kit is designed for high horsepower street applications, specifically for the 2001-2010 Ford Mustang GT, 2003-2004 Cobra, and 2003-2004 Mach 1 models equipped with the 4.6L V8 engine and 10-spline input shaft. This clutch kit is capable of handling up to 800 horsepower while maintaining street-friendly drivability.

Featuring organic friction discs, the RST Twin Disc Clutch Kit offers smooth engagement and a soft pedal effort, making it ideal for daily driving and spirited street performance. The kit utilizes your existing flywheel in most applications, providing an economical solution for high-performance enthusiasts.

Please note that this clutch kit is not intended for competition use. For racing applications, McLeod Racing offers the RXT series, which is designed to handle higher torque loads and provide enhanced durability under extreme conditions.