Delphi TA1442 Steering Tie Rod End - Inner

Delphi TA1442 Front Inner Tie Rod End

Delphi TA1442 is a straight steering tie rod end built for front inner steering service on select Volvo applications. It is a standard replacement part with OE-focused dimensional and material analysis for proper fit and steering response.

Fits 1990-1993 Volvo 240, inner with cam rack.

Key Features

• Front inner steering tie rod end for select Volvo 240 models
• Straight design with male-to-male ends
• Pre-greased for initial service readiness
• Steel housing and steel tie rod construction with coated finish
• Adjustable design for steering linkage setup
• Mounting hardware included
• Black finish with no grease fitting and no dust boot

Detailed Description

Delphi TA1442 is engineered as a standard replacement steering tie rod end for the front inner position on 1990-1993 Volvo 240 models with cam rack steering. Delphi applies OE-level dimensional and material analysis to help ensure the aftermarket part matches the original application closely. The part is tested across extreme temperature ranges and salt-spray exposure to verify durability in demanding steering environments. This Delphi TA1442 tie rod end is also cross-referenced to Beck/Arnley 101-4139 for the same application.

What It Helps Address

• Loose or imprecise steering feel at the front inner linkage
• Steering play caused by worn tie rod end joints
• Uneven toe settings from worn steering components
• Clunking or knocking from the steering linkage area
• Restoration of steering geometry on Volvo 240 front inner applications

Installation Notes and Tips

Verify the vehicle is a 1990-1993 Volvo 240 with cam rack steering before installation. Match the straight, adjustable tie rod end to the front inner position and confirm thread direction, thread diameter, and overall length against the original part. After installation, perform a professional alignment to set toe and steering wheel position correctly.

Quality Assurance

Delphi uses OE-based engineering, dimensional checks, and material analysis to support fit and performance consistency. The part is evaluated for temperature extremes and corrosion resistance to help meet steering system demands in everyday service.