- PartNo: HK16H890
- PartNoDesc: Stage 1 Organic
- Outer Diameter (mm): 240
- Supplementary Article Info: With bearing(s)
- Disc Facing: Organic
- Pull Type:
- Push Type: Yes
- Sprung Centre Disc?: Yes
- Torque @ Flywheel: 340 lb.ft./450 Nm
- Torque @ Wheels: 280 lb.ft./360 Nm
- Clamp Load (N): 10300
- Number of Paddles:
Precision, strength and incomparable quality.
Designed for lightly modified vehicles, the Stage 1 Organic clutch incorporates friction material with high heat-resistance properties and high strength fibres making it an ideal clutch for road, circuit or drifting.
Main Benefits
- Ensures the clutch engagement feeling is the same as the standard clutch.
- Up to a 30% increase in torque capacity over standard.
- Approximately 40% higher clamp load than the standard clutch.
- Industry leading performance friction, achieving the highest fade recovery, the highest RPM burst test results, the best heat resistance and the lowest wear rate in the performance aftermarket.
Suitable For
- Road
- Track Day
- Circuit Racing
- Drifting
Clutch Cover
Single Series clutch covers are designed to achieve a clamping load that is approximately 40% higher than the genuine part enabling a higher torque capacity. Ductile material is used for all pressure plates and high burst strength can be achieved in all temperature ranges.
Note: Single Series Clutch Kits with HD in the middle of a kit reference denote that the cover has a higher clamp load. e.g. Mitsubishi EVO Organic kit: MK04HD601
Clutch Disc
An ultra fibre friction facing is used which has high heat resistance and high burst strength characteristics. No steel back is required which can cause RPM "lock-out" and/or synchro damage. Superior in shift operations and half-engagement feel, this clutch disc is recommended for any motorsport or modified vehicle use.
The performance of a standard organic friction material usually suffers after slipping. Accordingly, EXEDY has developed the ultra fibre material. If fade is experienced it will recover after a short cooling down period.
