Delphi TC8065 Suspension Control Arm - Front Left Lower

Front Left Lower Control Arm for Lexus LS400

Delphi TC8065 is a front left lower suspension control arm for 1995-2000 Lexus LS400 applications. Built as a standard replacement with a steel body, painted finish, and rubber bushings, it is specified for direct front-left-lower suspension service on the LS400 platform.

Key Features

• Fits 1995-2000 Lexus LS400, front left lower
• Delphi part number TC8065
• Steel control arm with casting/forged construction
• Black painted finish
• Rubber bushings included
• Standard replacement grade
• No grease fitting and no pre-greasing
• No mounting hardware included

OE-Style Suspension Replacement

Delphi TC8065 is engineered for the front left lower position on the Lexus LS400 and reflects Delphi’s OE-focused approach to aftermarket steering and suspension parts. The arm is built from steel with a painted black finish and includes rubber bushings for a direct replacement setup. Delphi also validates parts through dimensional and material analysis, along with environmental testing that includes extreme temperature exposure and extended salt-spray testing.

This part cross-references Mevotech Supreme CMS861284 for the same application.

Common Problems This Part Can Address

• Excessive front suspension looseness or play
• Worn or cracked lower control arm bushings
• Uneven tire wear caused by suspension geometry issues
• Noisy front-end movement over bumps or during braking
• Restoring stable front-left suspension support on the LS400

Installation Notes

Verify the front left lower position before installation on your Lexus LS400. Because mounting hardware is not included, reuse or source the required fasteners as needed. After installation, a professional wheel alignment is recommended to confirm suspension geometry and steering response.

Quality Assurance

Delphi applies OE-based dimensional and material checks to help ensure proper part-to-vehicle matching. The TC8065 is also subjected to temperature and corrosion testing to evaluate durability in demanding service conditions.