Spool Performance FORD GT/Mustang GT500 DCT 7-Speed Stage 3 Upgraded Clutch

After over a year of development and real-world testing, we’re proud to introduce the Spool Performance Ford 7-Speed DCT Stage 3 Upgraded Clutch—engineered to handle serious power without compromising drivability.

Enhanced Performance with 7/8 Clutch Configuration:
Our advanced 7/8 clutch configuration significantly increases total friction surface area compared to the factory 5/6 clutch count, delivering a substantial gain in torque capacity and power transfer efficiency. By increasing clutch pack density, this setup provides superior holding capability under extreme load while maintaining consistent, predictable engagement.

Proprietary FX-DCTR Friction Material:
Developed in-house, our FX-DCTR friction material is engineered for high-load, high-temperature environments. It offers a significantly higher coefficient of friction while preserving smooth, OEM-like engagement characteristics—eliminating the harshness typically associated with aggressive clutch upgrades.

Extreme Torque Capacity:
Rated to handle 1200+ ft-lbs of torque, this Stage 3 clutch package is built for high-horsepower applications. Every component is optimized for strength, thermal stability, and long-term durability under demanding street and track conditions.

Reduced Drag Torque & Improved Efficiency:
Re-engineered separator springs reduce drag torque within the transmission, minimizing parasitic losses. The result is a more responsive drivetrain, improved efficiency, and cleaner, faster shifts.

Designed for both street and track use, this clutch system delivers the performance, reliability, and refinement expected from a true motorsport-grade upgrade.

NOTE: If selecting the core exchange program, a refund of $2,500 USD will be issued upon receipt and inspection of your stock clutch assembly.

Fitment – Ford 7-Speed DCT Platforms

• Ford GT
• Ford Mustang Shelby GT500

Products received may vary slightly from images due to manufacturing tolerances or supply chain variables.