Delphi TC9495 Suspension Control Arm - Front Left Lower Forward

Front Left Lower Forward Control Arm for ATS

Delphi TC9495 is a suspension control arm for the front left lower forward position on select Cadillac ATS models. It is built using Delphi OE-focused dimensional and material analysis to support proper fit and consistent suspension geometry on the vehicle.

Key Features

• Front left lower forward suspension control arm
• Fits 2013-2019 Cadillac ATS, front left lower forward
• OE-informed design for aftermarket replacement fitment
• Tested for temperature extremes below -40 C and above 120 C
• Exposed to 720 hours of salt spray during durability testing
• Delphi part number TC9495

Detailed Description

This Delphi suspension control arm is engineered for the front left lower forward location on 2013-2019 Cadillac ATS models. Delphi applies OE expertise from its original-equipment safety technology to its aftermarket steering and suspension portfolio, with dimensional and material analysis used to improve OE-to-aftermarket compatibility. If you are replacing a worn Cadillac ATS front left lower forward control arm, TC9495 provides a direct-fit service part for the specified application. This part cross-references Dorman OE Solutions 526-659 for the same application.

Common Issues It Can Help Address

• Excessive front suspension play or looseness
• Clunking or knocking from the front left suspension
• Uneven tire wear caused by worn control arm bushings or joints
• Steering pull or unstable road feel
• Restoring suspension alignment after component wear

Installation Notes and Tips

Verify the front left lower forward position before installation and confirm the part matches the vehicle’s suspension layout. After replacement, perform a professional wheel alignment to restore correct suspension angles and tire wear characteristics. Always compare the old part to the new Delphi TC9495 before installation to confirm fitment on the Cadillac ATS.

Quality Assurance

Delphi subjects this control arm to extreme temperature cycling and extended salt-spray exposure, along with dimensional and material analysis, to support OE-level performance expectations in aftermarket service.