Delphi TA2093 Steering Tie Rod End - Inner

Delphi TA2093 Front Inner Tie Rod End

Delphi TA2093 is a standard replacement steering tie rod end built for the front inner position. It is engineered for 2009-2011 Ford Focus applications except variable rate steering, giving you a direct-fit option for steering service on the Ford Focus platform.

Delphi applies OE-focused dimensional and material analysis to help maintain proper fit and steering geometry. The TA2093 is tested for extreme temperature exposure and salt-spray resistance to support dependable performance in demanding road conditions.

Key Features

• Front inner steering tie rod end
• Male end 1 gender
• Standard replacement grade
• Mounting hardware included
• No grease fitting included
• No dust boot included
• Non-greaseable design

Fitment and Application

Compatible with 2009-2011 Ford Focus, inner position, except variable rate steering. This Delphi TA2093 tie rod end is a direct service part for front inner steering repair on the Ford Focus, and the TA2093 part number is commonly searched for OE-style replacement matching.

This part cross-references MOOG Chassis Products EV800571 for the same application.

What It Helps Repair

• Excessive steering play at the front inner linkage
• Loose or imprecise steering response
• Uneven tire wear caused by worn steering components
• Clunking or knocking from the steering system
• Failed inspection due to worn tie rod end condition

Installation Notes

Verify vehicle configuration before ordering, since this part does not apply to variable rate steering setups. Replace the tie rod end with the steering system aligned to specification, and inspect related steering and suspension components for wear during service. Confirm the front inner position and compare the original part to Delphi TA2093 before installation.

Quality Assurance

Delphi uses OE engineering standards, dimensional checks, and material analysis to support fit and durability in its steering portfolio. The part is also subjected to temperature extremes and extended salt-spray testing to evaluate resistance to harsh operating conditions.