Delphi TC7406 Suspension Control Arm - Front Right Lower Rearward

Delphi TC7406 Front Right Lower Rearward Control Arm

Delphi TC7406 is a front right lower rearward suspension control arm built for OE-style replacement on select Hyundai applications. It uses aluminum construction with pre-greased rubber bushings to support consistent suspension movement and precise fitment.

Key Features

• Aluminum control arm with casting/forged construction
• Pre-greased design for ready-to-install service
• Rubber bushings included; black bushing color
• Straight shape with standard replacement grade
• No ball joint included
• No grease fitting and no mounting hardware included
• Position: front right lower rearward

Fitment and Application

Compatible with 2011-2016 Hyundai Equus, front right lower rearward, and 2009-2014 Hyundai Genesis, front right lower rearward. Delphi TC7406 is a direct-fit suspension control arm for these applications, making it a relevant choice when replacing worn front suspension components on Hyundai Equus and Hyundai Genesis models.

This part cross-references MOOG Chassis Products RK641591 for the same application.

What It Helps Address

• Front-end looseness or wandering caused by worn control arm bushings
• Clunking or knocking from the front suspension
• Uneven tire wear related to suspension wear
• Steering response issues tied to degraded lower control arm components
• Restoring proper suspension geometry on the front right side

Installation Notes and Tips

Verify the front right lower rearward position before installation and compare the original arm dimensions, including length and mounting-hole spacing, to confirm match. Because mounting hardware is not included, reuse or source the correct fasteners as needed. After installation, perform a wheel alignment to help restore suspension settings.

Quality Assurance

Delphi applies OE-focused dimensional and material analysis to support fit and function across aftermarket steering and suspension parts. This control arm is tested for temperature extremes and salt-spray exposure to reflect demanding underbody conditions.