Delphi TA5928 Steering Pitman Arm

Delphi TA5928 Steering Pitman Arm

Delphi TA5928 is a standard replacement steering pitman arm built for direct-fit service on select Ram and Dodge Ram heavy-duty trucks. It is engineered using Delphi OE-focused dimensional and material analysis to help maintain proper steering linkage geometry and dependable road feel.

• Standard replacement steering pitman arm for steering gear linkage service
• Fits 2011-2012 Ram 2500 and 2011-2012 Ram 3500
• Fits 2009-2010 Dodge Ram 2500 and 2009-2010 Dodge Ram 3500
• Delphi OE-based fit and material analysis for application compatibility
• Tested for temperature extremes below -40 C and above 120 C
• Exposed to 720 hours of salt spray testing for corrosion resistance validation

Application Details

This steering pitman arm is used in the steering system to transfer motion from the steering gear to the steering linkage. It is a direct replacement for Ram 2500, Ram 3500, Dodge Ram 2500, and Dodge Ram 3500 applications listed for the 2009-2012 model years. Part number TA5928 is also referenced by OE and aftermarket cross numbers for the same application.

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

What It Helps Address

• Excessive steering play or looseness at the linkage
• Uneven steering response caused by worn pitman arm joints
• Clunking or knocking from the steering gear area
• Restoring steering arm geometry after wear-related service
• Replacement of a damaged or corroded pitman arm on Ram and Dodge Ram trucks

Installation Notes

Verify vehicle year, make, and model before ordering. Confirm steering linkage configuration and inspect related steering components, including the steering gear, idler arm, and tie rod ends, during service. Proper alignment should be checked after installation to help restore correct steering operation.

Quality Assurance

Delphi applies OE-focused testing and dimensional analysis to its steering portfolio. TA5928 is evaluated under extreme temperature conditions and salt spray exposure to support durability in demanding driving environments.