
PERRIN [05-21 STI, 06-25 WRX, 05-09 LGT/OBXT] Clutch Delay Valve Delete - Red
PERRIN Clutch Delay Valve Delete is a purpose-built automotive upgrade that replaces the stock clutch delay valve with a precision-machined delete plug to refine how the clutch engages in manual-transmission Subaru models.
- Removes the OEM clutch delay valve for a more direct engagement feel
- Smooth, flat surface improves access to clutch bleeder ports, simplifying bleeding procedures
- Reduces inconsistent clutch engagement under both everyday and aggressive driving
- Helps minimize unintended clutch slipping and premature wear
- Includes the delete plug, installation hardware, and instructions
- Designed for manual-transmission Subaru WRX and STI applications (refer to fitment specifics)
This component replaces the restrictive factory delay mechanism with a simple plug that restores a cleaner, more linear hydraulic clutch feel, which can benefit bleeding access and engagement consistency without introducing new variables into the system.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
PERRIN Clutch Delay Valve Delete is a purpose-built automotive upgrade that replaces the stock clutch delay valve with a precision-machined delete plug to refine how the clutch engages in manual-transmission Subaru models.
- Removes the OEM clutch delay valve for a more direct engagement feel
- Smooth, flat surface improves access to clutch bleeder ports, simplifying bleeding procedures
- Reduces inconsistent clutch engagement under both everyday and aggressive driving
- Helps minimize unintended clutch slipping and premature wear
- Includes the delete plug, installation hardware, and instructions
- Designed for manual-transmission Subaru WRX and STI applications (refer to fitment specifics)
This component replaces the restrictive factory delay mechanism with a simple plug that restores a cleaner, more linear hydraulic clutch feel, which can benefit bleeding access and engagement consistency without introducing new variables into the system.



















