Moog K500223 Suspension Ball Joint - Front Lower

Moog K500223 Front Lower Ball Joint

Moog K500223 is a press-in suspension ball joint for the front lower position on select Nissan, Chevrolet, and related compact van and car applications. It uses a greaseable design with a neoprene boot to support serviceability and help protect the joint from road contamination.

Key Features

• Press-in mounting type for front lower suspension service
• Greaseable design for routine lubrication
• Neoprene boot material
• No castle nut included
• No cotter pin hole
• Maximum outside diameter: 1.690 in.
• Moog part number K500223

Application Details

This front lower ball joint is used on vehicles including the Nissan Sentra, Nissan NV200, Nissan Juke, Nissan LEAF, Nissan Cube, Nissan Versa, and Chevrolet City Express. It is a direct-fit suspension service part for front lower ball joint replacement on confirmed applications, including Fits 2007-2019 Nissan Sentra, front lower and Fits 2015-2018 Chevrolet City Express, front lower. The K500223 also cross-references Mevotech Supreme MS30503 and MS30514 for the same application.

What It Helps Address

• Excessive play in the front lower suspension joint
• Clunking or knocking from the front suspension
• Uneven tire wear related to worn steering and suspension components
• Loose or imprecise front-end handling
• Service needs on press-in ball joint assemblies

Installation Notes

Moog K500223 uses a press-in mounting style, so proper suspension service tools and correct installation procedures are important. The greaseable design allows periodic lubrication after installation. Confirm front lower position and vehicle-specific fitment before service, especially on Nissan Sentra, Nissan NV200, and Nissan Juke applications.

Quality Assurance

MOOG ball joints are built with tested materials and are engineered for dependable performance in suspension service. The brand emphasizes problem-solving design details to help simplify installation and support consistent fitment on confirmed applications.