EXEDY 08806 Stage 1 Organic Clutch Kit | RSX Type-S / Civic Si
EXEDY Racing Clutch
MPN: 08806
Price: $343.49 USD
Purchase details
Buying unit: Price per clutch kit.
Availability: Ready to ship — In stock — Only 4 Left
Most in-stock orders ship within one business day of order placement.
Fitment
- For the listed 2002–2006 Acura RSX Type-S and 2006–2011 Honda Civic Si manual applications. Match the installed transmission and flywheel.
- Organic sprung-disc and pressure-plate kit. A flywheel is not included; prepare or replace the compatible flywheel as required.
- EXEDY's historical application catalog rates this part at 193 lb-ft at the wheels. Do not compare that directly with a crank-torque rating.
- Follow the supplied installation and break-in instructions. Stage 1 warranty coverage is 60 days for manufacturing defects, subject to EXEDY's exclusions.
Description
EXEDY 08806 pairs an organic sprung-center disc with an uprated pressure plate for the listed 2002–2006 RSX Type-S and 2006–2011 Civic Si. The historical EXEDY catalog specifies a 215 mm disc, 24-tooth/26 mm spline and 193 lb-ft capacity at the wheels. This clutch kit does not include a flywheel. Confirm the installed transmission and flywheel, prepare the flywheel as specified, and follow the supplied installation and break-in instructions. Stage 1 coverage is 60 days against manufacturing defects, subject to EXEDY’s terms.
Manufacturer resources
Manufacturer product information
Manufacturer product information
Key features
- Sprung-center organic disc cushions engagement and reduces drivetrain shock.
- Ductile pressure plate and increased clamp load support moderate performance upgrades; expect greater pedal effort than stock.
Specifications
General
| Manufacturer part number | 08806 |
|---|
What's in the box
- Stage 1 pressure plate and organic clutch disc
Install & Results
At a glance
- Match the clutch to the flywheel and prepare the flywheel surface before installation. Follow EXEDY’s sports-clutch break-in guidance and avoid aggressive engagement during break-in.