The Clutch Masters FX725 twin disc race clutch kit is engineered for high-performance applications, especially suited for drag racing and motorsport environments. Featuring a 7.25-inch (184mm) twin disc design with ceramic rigid discs, this setup delivers exceptional torque capacity and horsepower handling for your Toyota Altezza with the 3SGE engine. The kit includes an aluminum flywheel to optimize rotational mass and improve throttle response, making it an ideal choice for racers seeking peak performance. While primarily designed for racing, recent friction material improvements have made the FX725 capable of handling occasional street use without sacrificing its core performance characteristics.
This twin disc clutch assembly is built for vehicles with smaller bell-housings, ensuring a compact yet powerful solution for high-stress automotive applications. The minimal rotational mass reduces pedal effort, providing better control during aggressive launches and shifts. The kit’s components are precision-engineered to maintain consistent engagement and durability under demanding conditions, making it a reliable choice for both professional racers and dedicated enthusiasts.
Designed with a focus on performance and reliability, the FX725 twin disc clutch is compatible with a range of modifications and high-horsepower setups. Proper installation and periodic inspection of the mechanical linkage, pushrod alignment, and travel path are critical to prevent premature wear and ensure smooth operation. This clutch kit is a premium upgrade that balances racing performance with the robustness required for serious street and track use.
Features:
- Twin disc design for high torque and horsepower capacity
- Ceramic rigid discs for optimal heat resistance and durability
- Includes aluminum flywheel for reduced rotational mass and improved response
- Compact 7.25-inch (184mm) size suitable for smaller bell-housings
- Designed for drag racing, with improved friction material for occasional street use
- Minimal pedal effort with reliable engagement and high-performance handling











