Delphi TD5103W Suspension Stabilizer Bar Bushing Kit - Rear

Delphi Rear Stabilizer Bar Bushing Kit TD5103W

Delphi TD5103W is a rear suspension stabilizer bar bushing kit built with rubber and standard replacement specifications. It is engineered for 1989-1997 Ford Thunderbird and 1989-1997 Mercury Cougar applications with a 27mm diameter sway bar.

Key Features

• Rubber construction for rear stabilizer bar service
• 1.06 inside diameter
• Standard replacement item grade
• Rear position application
• Fits 1989-1997 Ford Thunderbird, rear, with 27mm diameter sway bar
• Fits 1989-1997 Mercury Cougar, rear, with 27mm diameter sway bar

Application Details

This Delphi suspension stabilizer bar bushing kit, part number TD5103W, is specified for rear sway bar service on Ford Thunderbird and Mercury Cougar models equipped with a 27mm diameter sway bar. The rubber bushing material and OE-focused dimensional analysis support proper fitment for the listed rear suspension applications. Delphi TD5103W is a direct-fit style replacement for the specified vehicles and configuration.

This part cross-references Monroe Shocks & Struts (e.g., 172286, 182286) for the same application.

Common Issues Addressed

• Rear sway bar clunking or rattling over bumps
• Excessive play at the stabilizer bar mounting point
• Worn or cracked rear bushing material
• Reduced rear suspension stability from bushing wear
• Noise caused by deteriorated sway bar isolation

Installation Notes

Verify the rear sway bar diameter before installation; this part is listed for 27mm diameter sway bar applications. Confirm the vehicle is a 1989-1997 Ford Thunderbird or 1989-1997 Mercury Cougar with rear fitment before ordering. Inspect the stabilizer bar and mounting surfaces for wear or corrosion during service.

Quality Assurance

Delphi applies OE-based engineering and testing to its aftermarket steering and suspension portfolio. This part is evaluated for temperature extremes below -40 degrees C and above 120 degrees C, and for extended salt spray exposure to support material durability in demanding conditions.