McLeod 725332-07 7.25" Double Disc LS-X 6-Bolt Clutch Kit Aluminum Flywheel 168T 1.125x26 Spline

The McLeod 725332-07 is a 7.25-inch double disc clutch kit built for high-performance drag racing applications. Drawing on NHRA Top Fuel–proven technology, this kit features a proprietary friction material engineered to withstand the sustained slippage demands of drag racing—a requirement that separates it from conventional street or track clutches.

This kit is configured as a twin disc setup and is designed to fit the industry-standard 7.25-inch flywheel bolt pattern with a .100" pull-down specification. It is matched to a 168-tooth aluminum flywheel with a 6-bolt LS-X pattern and a 1.125" x 26-spline input shaft, making it directly compatible with GM LS-based performance builds.

Key Features:

• NHRA Top Fuel–proven friction material designed specifically for drag racing slip requirements
• Multiple diaphragm spring pressure options to tailor clutch engagement to individual applications
• High clamp-to-wear ratio for extended service life under aggressive use
• Low moment of inertia for faster throttle response and quicker revving
• Open clutch cover design promotes airflow and reduces heat buildup during repeated hard launches
• Racer-rebuildable disc and floater package included for long-term cost efficiency
• Replacement parts availability ensures the kit can be serviced and rebuilt over time
• Billet aluminum and steel construction throughout all major components
• High-precision manufacturing tolerances maintain concentricity and reduce harmful resonances in the engine and drivetrain
• Fits most 7.25-inch industry-standard flywheel bolt patterns

The McLeod 725332-07 is part of McLeod's 7.25-inch race clutch lineup, which is also available in single and triple disc configurations for applications requiring different torque capacities. The aluminum flywheel and rebuildable disc package make this kit an exceptional value for serious drag racing competitors seeking reliability, precision, and long-term serviceability.