Delphi TA5231 Steering Tie Rod End - Inner

Delphi TA5231 Inner Tie Rod End

Delphi TA5231 is a standard replacement inner steering tie rod end built for precise steering linkage service on select Mazda CX-9 models. It uses a straight, adjustable design with pre-greased construction and OE-focused dimensional analysis for proper fit and steering response.

Key Features

• Fits 2007-2015 Mazda CX-9, inner
• Delphi part number TA5231
• High-strength steel housing with coated finish
• Pre-greased design for service-ready installation
• Adjustable straight tie rod end construction
• Male threaded ends with 1.5 pitch on both ends
• Mounting hardware included
• Black finish with standard replacement grade

Detailed Description

This inner tie rod end is engineered for steering systems that require accurate linkage movement and consistent alignment support. Delphi applies OE-based material and dimensional analysis to help ensure proper compatibility between the aftermarket part and the original steering setup. Delphi TA5231 is listed for 2007-2015 Mazda CX-9 inner applications and is also cross-referenced to Beck/Arnley 101-7181 for the same application.

Common Issues It Can Help Address

• Excessive steering play or looseness at the inner tie rod
• Clunking or knocking from worn steering linkage components
• Uneven steering response caused by worn threaded joints
• Alignment instability after steering component wear
• Restoration of steering feel on Mazda CX-9 inner steering service

Installation Notes and Tips

Verify thread direction, thread diameter, and overall length before installation. This part uses clockwise thread direction on both ends, includes mounting hardware, and does not include a dust boot or grease fitting. Because it is pre-greased and not greaseable, inspect the surrounding steering components, alignment settings, and tie rod hardware during service. Professional alignment is recommended after replacement.

Quality Assurance

Delphi subjects steering components to extreme temperature and corrosion testing, including sub-zero and high-heat exposure plus extended salt-spray testing, to evaluate durability in demanding conditions. The brand’s OE engineering background supports consistent fit and performance for steering repair work.