McLeod 6908-07MD RST HD Twin Disc Clutch Kit Ford Modular

The McLeod 6908-07MD RST HD Twin Disc Clutch Kit is engineered for high-horsepower Ford Modular applications that demand significantly greater holding power than a stock clutch while preserving excellent street manners. Positioned between McLeod's RST and RXT twin-disc systems, the RST HD strikes the ideal balance of drivability and performance for enthusiasts who enjoy spirited street driving and weekend track use.

At the heart of this kit is a hybrid twin-disc design that pairs a full-face organic friction disc—for smooth, predictable engagement and long service life—with a segmented ceramic friction disc that delivers increased bite and superior torque capacity under hard acceleration and aggressive driving conditions. Rated to handle up to 950 horsepower, this clutch kit is built for serious performance builds without sacrificing daily driveability.

Key Features:

• Hybrid organic and segmented ceramic dual-disc design for street and strip performance
• Rated for up to 950 horsepower
• Sprung hub disc design for improved drivability and noise reduction
• Diaphragm-style pressure plate for smooth, consistent clamping force
• CNC-machined and anodized flywheel adapter ring (McLeod Racing exclusive)
• Blanchard ground floater plate with multiple straps to minimize noise for streetability
• Lighter-than-stock pedal feel
• Low rotating mass for quick throttle response and fast revs
• Alignment tool included
• Hardware included

Specifications:

• Disc Diameter: 9.688 in.
• Input Shaft Diameter: 1.125 in. (1-1/8 in.)
• Input Spline Count: 26
• Disc Material: Organic / Ceramic (Hybrid)
• Disc Style: Full Face / Segmented
• Hub Style: Sprung
• Pressure Plate Style: Diaphragm
• Horsepower Rating: 950 HP
• Flywheel: Not Included (Modular steel base plate flywheel required)

The McLeod 6908-07MD is the ideal upgrade for high-output Ford Modular engine builds that have outgrown a standard single-disc clutch or entry-level twin-disc system, while still requiring smooth, predictable engagement for everyday driving.