Exedy Stage 3 Hyper Single Cerametallic Clutch Kits
Exedy Stage 3 Hyper Single Cerametallic Clutch Kits Exedy Stage 3 Hyper Single Cerametallic Clutch Kits Exedy Stage 3 Hyper Single Cerametallic Clutch Kits Exedy Stage 3 Hyper Single Cerametallic Clutch Kits Exedy Stage 3 Hyper Single Cerametallic Clutch Kits Exedy Stage 3 Hyper Single Cerametallic Clutch Kits Exedy Stage 3 Hyper Single Cerametallic Clutch Kits Exedy Stage 3 Hyper Single Cerametallic Clutch Kits
$1,299.99
The EXEDY Hyper Single Series clutch is engineered to optimize the performance of cars that are moderately modified, but do not require the clutch capacity of a multi-plate clutch. Similar to multi-plate clutches, Hyper Single kits have a purple anodized, forged aluminum cover. The aluminum cover is stiffer than a stamped cover and therefore allows a higher lever ratio to maintain the pedal efforts at a reasonable level. There is no clamp load deflection as found in a pressed metal type cover. Additionally, the pressure plate features a series of turbine-like, air flow enhancing vanes that keep the clutch cooler under extreme operating conditions to improve wear life.


All Hyper Single clutches come with a chromoly steel flywheel and are supplied with a 6-puck cerametallic facing and a spring center damper disc assembly. The chromoly flywheel is lighter than OEM for improved engine response, and a lighter overall assembly. The disc is generally smaller and thinner than the OEM disc making for lower inertia and therefore quicker, easier shifting and less wear and tear on the transmission synchros. The higher clamp load and cerametallic friction facings give approximately twice the holding torque of the OEM clutch and higher than other single disc clutches.

The S2000 application is available with the optional VF (Various Friction) Disc.
The VF Disc enables the driver to operate the clutch through an easy-to-feel half engagement thanks to the Ultra Fiber friction material all while having a high heat dissipation and torque capacity due to the integrated metal facing. Furthermore, pedal effort has been drastically reduced and improved by the re-engineering and re-designing of the engagement point with newly developed cushioning plates.