Delphi TC1525 Suspension Stabilizer Bar Link - Rear Left

Rear Left Stabilizer Bar Link for Honda CR-V

Delphi TC1525 is a standard replacement suspension stabilizer bar link for the rear left position. It is built with a black rubber bushing and regular-grade construction to support consistent suspension response on the 2002-2006 Honda CR-V.

Key Features

• Fits 2002-2006 Honda CR-V, rear left
• Standard replacement suspension stabilizer bar link
• Black rubber bushing for everyday road use
• Non-greaseable design
• Regular grade construction
• Delphi TC1525 part number for direct lookup

Detailed Description

Delphi TC1525 is engineered for the rear left stabilizer bar location on the Honda CR-V. Delphi applies OE-focused dimensional and material analysis to help ensure proper match-up with the original application, and the part is tested across extreme temperature and corrosion conditions to verify durability in demanding environments. If you are replacing a worn rear sway bar link on a 2002, 2003, 2004, 2005, or 2006 Honda CR-V, this Delphi TC1525 unit provides a direct-fit service replacement.

This part cross-references MOOG Chassis Products K80370 for the same application.

What It Helps Fix

• Clunking or rattling from the rear suspension
• Loose or unstable handling over bumps
• Excess play in the rear stabilizer bar connection
• Worn rubber bushing noise or movement
• Restoring rear left sway bar link function on a Honda CR-V

Installation Notes and Tips

Verify rear left position before installation and compare the old link to the new Delphi TC1525 for length, bushing style, and mounting points. Inspect adjacent suspension components, including bushings and sway bar hardware, for wear before completing the repair. Professional alignment checks are recommended after suspension service when other worn components are present.

Quality Assurance

Delphi uses OE-based engineering and validation methods for its aftermarket steering and suspension portfolio. This stabilizer bar link is evaluated for temperature extremes and salt-spray exposure to support long-term durability and fit consistency.