SKP SK620056 Suspension Control Arm and Ball Joint Assembly - Front Left Lower

Front Left Lower Control Arm Assembly

SKP SK620056 is a front left lower suspension control arm and ball joint assembly for select Ford, Lincoln, and Mercury truck and SUV applications. It is built for direct replacement service on the front left lower position and includes the ball joint and bushing noted in the fitment data.

Key Features

• Front left lower suspension control arm and ball joint assembly
• Includes ball joint and bushing on listed applications
• Direct replacement for select Ford F-150, Expedition, F-250, Lincoln Navigator, and Blackwood models
• Cross-references MOOG Chassis Products RK620056 and Dorman OE Solutions 520-219 for the same application
• Part number: SK620056

Detailed Description

This SKP control arm assembly is made for front suspension service where the lower control arm and ball joint are replaced together. It is a fitment-based replacement for 1997-2003 Ford F-150, 1997-2002 Ford Expedition, 1997-2002 Lincoln Navigator, 2002 Lincoln Blackwood, 1997-1998 Ford F-250, and 2004 Ford F-150 Heritage applications in the front left lower position. Use SK620056 when servicing worn suspension components on these Ford and Lincoln platforms.

What It Helps Fix

• Front-end looseness or wandering caused by worn control arm components
• Clunking or knocking from the lower suspension area
• Uneven tire wear related to suspension wear
• Steering instability from a worn ball joint or bushing
• Excessive play in the front left lower suspension

Installation Notes

Verify vehicle fitment by year, make, model, and position before installation. For the 2004 Ford F-150 Heritage, confirm the 11th digit of the VIN is C. Compare the existing control arm and mounting points to the replacement part before service. Professional installation and a post-repair alignment are recommended after suspension work.

Quality Assurance

SKP SK620056 is cataloged as a direct-fit suspension replacement for the listed applications and is supported by OE-style cross-reference coverage for the same use case.