Delphi TD4153W Suspension Stabilizer Bar Bushing Kit - Front

Delphi Front Stabilizer Bar Bushing Kit

Restore front suspension control with the Delphi TD4153W stabilizer bar bushing kit. This standard replacement bushing uses rubber construction and a 1.355 inside diameter to support proper sway bar location and reduce unwanted movement at the front of the vehicle.

Fits 2002-2005 Ford Excursion, front. Delphi TD4153W is built for drivers looking for an OE-style replacement for front stabilizer bar service on the Ford Excursion.

Key Features

• Rubber bushing material for standard replacement service
• 1.355 inside diameter for the specified stabilizer bar application
• Front position fitment
• OE-focused dimensional and material analysis for application matching
• Tested for temperature extremes and salt spray exposure

Application Details

Delphi TD4153W is a front suspension stabilizer bar bushing kit for 2002-2005 Ford Excursion models. It is intended for front sway bar bushing replacement where worn rubber can allow excess bar movement, noise, or reduced suspension stability. This part cross-references MOOG Chassis Products K80202 for the same application.

Common Problems It Can Address

• Front suspension clunking or rattling over bumps
• Excess sway bar movement from worn bushings
• Loose-feeling front-end handling
• Noise caused by deteriorated rubber bushings
• Uneven stabilizer bar support at the front axle area

Installation Notes

Confirm the stabilizer bar diameter and bushing size before installation. Inspect the sway bar, brackets, and surrounding suspension components for wear or corrosion while servicing the front end. Verify correct orientation and seating during assembly to maintain proper bar support on the Ford Excursion.

Quality Assurance

Delphi applies OE engineering and material analysis to its aftermarket steering and suspension parts. TD4153W is evaluated for temperature resistance below -40 degrees C and above 120 degrees C, and for 720 hours of salt spray exposure to help verify durability in demanding conditions.