Delphi TA1645 Steering Tie Rod End - Left Outer

Delphi TA1645 Front Left Tie Rod End

Delphi TA1645 is a standard replacement steering tie rod end for the front left outer position on select BMW 5 Series models. It is built with OE-focused dimensional and material analysis to support proper steering geometry and consistent fit on the vehicle.

Key Features

• Standard replacement steering tie rod end for front left outer applications
• Rubber dust boot helps protect the joint from road contamination
• Mounting hardware included for installation
• No grease fitting and non-greaseable design
• Engineered using Delphi OE safety and dimensional analysis methods
• Tested for temperature extremes below -40 C and above 120 C, plus 720 hours of salt spray exposure

Detailed Description

Delphi TA1645 is a steering tie rod end designed for the front left outer position on 1997-2000 BMW 528i and 2001-2003 BMW 525i and 530i. If you are replacing a worn BMW 525i tie rod end, BMW 530i tie rod end, or BMW 528i steering linkage component, this part is built to match OE-style dimensions and material requirements for dependable steering response. This part cross-references MOOG Chassis Products ES80953 and Mevotech Supreme MS10609 for the same application.

What It Helps Address

• Loose or vague steering feel
• Front-end play caused by worn tie rod joints
• Uneven tire wear related to steering linkage wear
• Clunking or knocking from the front steering system
• Improper toe settings after tie rod wear

Installation Notes and Tips

Fits 1997-2000 BMW 528i, left outer. Fits 2001-2003 BMW 525i, left outer. Fits 2001-2003 BMW 530i, left outer. Verify the front left outer position before installation and inspect related steering components, alignment settings, and fasteners during service. Mounting hardware is included; the part uses a rubber dust boot and does not have a grease fitting.

Quality Assurance

Delphi applies OE-oriented testing and validation to its steering portfolio, including exposure to extreme temperatures and extended salt spray testing. The brand also uses dimensional and material analysis to support fit and compatibility with the original steering design.