Delphi TA5664 Steering Tie Rod End - Inner

OE-Style Inner Tie Rod End

Delphi TA5664 is a standard replacement steering tie rod end built for front inner steering applications. It is engineered for vehicles that need precise steering linkage support, including select Mitsubishi 3000GT, Dodge Stealth, and Mitsubishi Diamante models.

• Standard replacement steering tie rod end for front inner applications
• Length: 343.2 mm; width: 37.0 mm
• Male end 1 gender
• Mounting hardware included
• Non-greaseable design
• Dust boot not included

Fitment Details

• Fits 1991-1999 Mitsubishi 3000GT, inner
• Fits 1991-1996 Dodge Stealth, inner
• Fits 1992-1996 Mitsubishi Diamante, inner

Product Overview

Delphi TA5664 is part of Delphi’s steering portfolio, which draws on OE engineering and dimensional analysis to help match aftermarket fitment to original equipment requirements. The part is tested across extreme temperature ranges and salt-spray exposure to evaluate durability in demanding steering environments. This Delphi TA5664 tie rod end is a direct-fit option for front inner steering service on the listed Mitsubishi 3000GT, Dodge Stealth, and Mitsubishi Diamante applications.

This part cross-references Beck/Arnley (e.g., 101-4540, 101-7456) for the same application.

Common Repair Symptoms

• Loose or vague steering response
• 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 wheel wander or poor alignment retention

Installation Notes

Verify the vehicle’s inner steering position before ordering, since this part is listed for front inner applications. Compare the original part’s dimensions, end gender, and mounting points to confirm match before installation. An alignment check is recommended after steering linkage replacement.

Quality Assurance

Delphi applies OE-based dimensional and material analysis to its aftermarket steering parts and subjects components to temperature and corrosion testing to evaluate performance under harsh conditions.