Delphi TL2089 Steering Tie Rod End Assembly - Front Left

OE-Style Steering Tie Rod End for BMW

Delphi TL2089 is a front left steering tie rod end assembly built for precise steering response and dependable OE-style replacement performance. It is engineered for select BMW X3 and BMW X4 applications, including 2018-2024 BMW X3 front left and 2019-2024 BMW X4 front left.

• Steering tie rod end assembly for the front left position
• Standard replacement design for BMW steering service
• Adjustable straight tie rod end construction
• Steel tie rod material with painted black finish
• Pre-greased for initial service readiness
• Rubber dust boot included to help protect internal components
• Male threaded ends with clockwise (right) thread direction
• Locking nut included; mounting hardware included

Fitment and Application Details

Compatible with 2018-2024 BMW X3, front left, and 2019-2024 BMW X4, front left. Delphi TL2089 is a direct-fit steering tie rod end assembly for these BMW applications, and the part number TL2089 is commonly referenced in steering replacement searches for the same vehicles.

This part cross-references Mevotech Supreme MS106209 and MS107107 for the same application.

What This Part Helps Address

• Loose or vague steering feel at the front left wheel
• Excessive play in the steering linkage
• Uneven tire wear caused by worn steering components
• Clunking or knocking from the front suspension and steering area
• Steering alignment issues after tie rod wear

Installation Notes and Tips

Install TL2089 on the front left side only and verify thread direction, stud type, and adjustment range before alignment. Because this is an adjustable steering component, a professional wheel alignment is recommended after installation to restore proper steering geometry on BMW X3 and BMW X4 models.

Quality Assurance

Delphi applies OE-focused dimensional and material analysis to support fit and compatibility, and this steering component is tested across extreme temperature conditions and extended salt-spray exposure to evaluate durability in demanding service environments.