Pioneer Cables FW-225 Clutch Flywheel

Clutch Flywheel for Kia Sportage

The Pioneer Cables FW-225 is a manual transmission flywheel built for 1995-2002 Kia Sportage applications. It is machined and balanced to help restore OEM-level drivability by reducing runout and vibration in the rotating assembly.

Key Features

• Direct replacement clutch flywheel for manual transmission service
• Built to original dimensions for proper fitment on Kia Sportage models
• Precision machined and balanced to control runout
• Helps maintain smooth clutch engagement and consistent pedal feel
• Pioneer Cables FW-225 for 1995-2002 Kia Sportage

Detailed Description

Compatible with 1995-2002 Kia Sportage manual transmission applications, this flywheel is engineered as an OE-style replacement part for clutch service and drivetrain repair. The FW-225 is designed to match original dimensions so the clutch assembly can seat correctly, while the machined and balanced construction helps reduce vibration during engine and transmission operation. If you are replacing a worn or heat-spotted flywheel on a Kia Sportage, Pioneer Cables FW-225 provides a straightforward replacement path.

What It Helps Address

• Clutch chatter during takeoff
• Vibration felt through the drivetrain
• Runout caused by wear or surface damage
• Uneven clutch contact from an out-of-spec flywheel
• Noise related to a damaged manual transmission flywheel

Installation Notes and Tips

Inspect the clutch disc, pressure plate, and release components before installation. Verify that the flywheel mounting surface and crankshaft flange are clean and free of debris, and follow the vehicle service manual for torque sequence and specifications. For search relevance: Fits 1995-2002 Kia Sportage, N/A. Pioneer Cables FW-225 is the correct reference when ordering a replacement flywheel for this application.

Quality Assurance

Pioneer Cables states that this manual transmission flywheel is manufactured to restore OEM levels of performance through original-dimension construction, precision machining, and balancing to reduce runout and vibration.