Dorman 528-333 Suspension Control Arm and Ball Joint Assembly - Front Left Upper

Overview

Dorman 528-333 is a direct replacement suspension control arm and ball joint assembly for specific applications. It is built to restore smooth ride quality, directional stability, and predictable handling on compatible vehicles.

Key Features

• Direct replacement design for OE-style fit and function.
• Stamped steel control arm construction with a painted finish.
• Pre-greased assembly with a grease fitting, bushings, dust boot, and ball joint included.
• Press-in ball joint mounting with a threaded stud for serviceable installation.
• Standard replacement grade for suspension repair work.

Detailed Description

This Dorman suspension control arm and ball joint assembly is engineered as a direct replacement for the original equipment on specific vehicle applications. The stamped steel construction and painted finish provide a service-ready replacement, while the pre-greased design and included boot help support consistent joint operation. Part number 528-333 is a practical choice when replacing worn suspension components on a Dodge Dakota, especially when restoring front-end control and alignment stability matters. This part cross-references MOOG Chassis Products RK623221 for the same application.

Common Repair Uses

• Corrects looseness or play in the suspension linkage.
• Addresses clunking or knocking from worn control arm components.
• Helps restore directional stability during steering input.
• Supports more consistent tire contact and suspension response.
• Replaces a damaged or corroded control arm assembly.

Installation Notes

Fits 1987-1996 Dodge Dakota, front left upper. Verify thread direction, mounting style, and suspension configuration before installation. The press-in ball joint design requires proper service tools and correct alignment procedures after replacement. Part number 528-333 should be matched to the vehicle application listed above before ordering.

Quality Assurance

Dorman uses an industry-leading evaluation process to help ensure the replacement delivers smooth ride quality, directional stability, and predictable dynamics.