The Clutch Masters FX250 Rigid Disc Clutch Kit is engineered for high-performance applications, offering a significant 110% increased holding capacity over standard clutch systems. Designed specifically for the 2004 Volkswagen R32 with a 3.2L engine, this clutch assembly features the Power Plus I Heavy-Duty Pressure Plate combined with a fiber tough friction material on the contact side of the disc, and steel-backed organic friction material on the flywheel side. This configuration ensures reliable power transfer during spirited driving, weekend racing, or demanding street use. The FX250 system is optimized for vehicles subjected to occasional abuse, providing an ideal balance of street friendliness and high torque capacity, supporting up to 350 ft/lbs of torque. Its rigid disc design is compatible with OEM dual-mass flywheels, ensuring a straightforward installation process while maintaining OEM-like reliability and durability. Whether you’re looking to improve your vehicle’s performance or enhance its durability under heavy loads, this clutch kit offers a premium solution for demanding drivers. Built to meet the rigorous standards of industrial and high-performance automotive environments, it ensures prolonged clutch pedal life and consistent performance under extreme conditions.
Features:
- 110% Increased Holding Capacity: Designed for high-torque applications and spirited driving
- Heavy-Duty Pressure Plate: Power Plus I pressure plate for maximum clamping force
- Fiber Tough Friction Material: Contact side for improved durability and heat resistance
- Steel-Backed Organic Friction Material: Flywheel side for reliable engagement and smooth operation
- OEM Dual-Mass Flywheel Compatibility: Simplifies installation and maintains factory reliability
- High-Performance Clutch Assembly: Supports up to 350 ft/lbs of torque for aggressive driving
- Street and Performance Use: Optimized for occasional abuse and spirited driving styles
- Premium Industrial-Grade Components: Built for durability in demanding automotive environments





