Delphi TD5914W Suspension Control Arm Bushing - Front Lower Rearward

Delphi TD5914W Control Arm Bushing

The Delphi TD5914W is a suspension control arm bushing built for front lower rearward applications on select Ram ProMaster vans. It uses aluminum and rubber construction to support suspension articulation while helping maintain proper control arm location and ride stability.

Key Features

• Delphi suspension control arm bushing for front lower rearward placement
• Aluminum and rubber construction
• Gray finish
• Inside diameter: 18.5 mm
• Dimensions: 76.2 mm height, 76.2 mm length, 74.0 mm width, 74.0 mm outside diameter
• Direct replacement for select Ram ProMaster 1500, ProMaster 2500, and ProMaster 3500 applications

Application Details

Fits 2014-2021 Ram ProMaster 1500, front lower rearward. Fits 2014-2021 Ram ProMaster 2500, front lower rearward. Fits 2014-2018 Ram ProMaster 3500, front lower rearward. This part cross-references Monroe Shocks & Struts (e.g., 172286, 182286) for the same application. Delphi TD5914W is also referenced against OE-style part numbers used on these Ram ProMaster suspension applications.

What It Helps Address

• Excessive movement or looseness in the front lower control arm mounting point
• Clunking or knocking noises from worn suspension bushings
• Steering feel changes caused by bushing wear
• Uneven suspension response from deteriorated rubber components
• Fitment issues when replacing a worn front lower rearward bushing on Ram ProMaster vans

Installation Notes

Verify the vehicle year, model, and front lower rearward position before ordering. Compare the original bushing dimensions and mounting location to confirm proper fitment for the Ram ProMaster 1500, Ram ProMaster 2500, or Ram ProMaster 3500. Professional installation and a post-repair alignment are recommended after suspension service.

Quality Assurance

Delphi applies OE-focused dimensional and material analysis to its aftermarket steering and suspension parts. This bushing is tested for temperature extremes below -40 degrees C and above 120 degrees C, and it is exposed to 720 hours of salt spray to evaluate durability in demanding conditions.