SACHS Performance Single Mass Flywheel Race Clutch Kit Organic/Sintered
The SACHS Performance clutch-flywheel conversion kit delivers more transmittable torque and more stability, longer life and superior thermal resistance.
The containing sintered clutch disc has a higher friction coefficient than plates with organic friction material. That allows for highest transmittable torque and makes them very dirt and oil resistant.
The weak two-mass flywheel will be replaced with a lightened one-mass flywheel made of steel. Easy exchange with your old clutch and two-mass-flywheel. The original releaser/csc will still fit. – Light weight flywheels keep less inertia in storage but the lighter rotating mass provides significantly improved engine response and acceleration characteristic.
To compensate the dual mass flywheel and it´s vibration damping, the SACHS Performance clutch kit contains a clutch disc with torsion springs that function as vibration damper between engine and gearbox. Due to reduction of mass and more rigid connection a stronger transfer of transmission noise and vibrations can occur.
It also allows for faster and sportier gearshifts. That makes it extremely useful for street and 1/4miles races, endurance races, hill climbing (group N), rallye.
Organic Clutch Plate
Complete SACHS Clutch kit with lightened one mass flywheel (7.2kg).
Transmittable engine torque: 530 Nm – torsion damper plate with organic facings
Sintered Clutch Plate
Complete SACHS Clutch kit with lightened one mass flywheel (7.2kg).
Transmittable torque: 600Nm – Recommended for motorsport/race vehicles.
What’s Included?
- Reinforced Cover
- Organic Friction Plate OR Sintered Friction Plate
- Lightweight Single Mass Flywheel
Notes
- Due to Reinforced materials and components, the pedal force can increase and the modulation range reduced giving an “on-off” feel to the clutch. These are a motorsport style of clutch, so you do need to expect some level of compromise with judder on take-off and can produce additional noises from the clutch and transmission.