Moog K202144 Suspension Control Arm Bushing - Front Rearward

Moog K202144 Control Arm Bushing for NV200

MOOG K202144 is a premium suspension control arm bushing built for dependable performance in the front rearward position. It is a direct-fit option for 2013-2019 Nissan NV200 models and is engineered with materials and testing standards that support consistent suspension operation.

Key Features

• Premium-grade suspension control arm bushing
• Fits 2013-2019 Nissan NV200, front rearward
• Built with materials selected for durability and repeatable performance
• MOOG problem-solving design focus supports straightforward installation
• Part number K202144 for accurate ordering and lookup

Product Details

This suspension control arm bushing is made for the front rearward control arm location on the Nissan NV200. MOOG K202144 is designed around premium materials and rigorous testing to help maintain proper suspension articulation and control arm isolation. If you are searching for a front rearward control arm bushing for 2013-2019 Nissan NV200, K202144 is the correct reference for this application. This part cross-references OE-style numbers 545703DA1B and 545703DA2A for the same application.

Common Issues Addressed

• Excessive suspension movement at the control arm mounting point
• Clunking or knocking from worn front suspension bushings
• Uneven steering response caused by deteriorated bushing material
• Vibration transfer through the front suspension
• Loss of control arm stability under normal driving loads

Installation Notes

Verify the vehicle year, make, model, and front rearward position before installation. For 2013-2019 Nissan NV200 service work, compare the original bushing dimensions and control arm location to confirm K202144 is the correct replacement. Professional installation is recommended when pressing bushings into the control arm assembly.

Quality Assurance

MOOG backs this control arm bushing with premium materials and testing focused on reliable suspension performance. The brand’s problem-solving approach is intended to support a smoother installation process and dependable fitment for the specified application.