Moog EV801082 Steering Tie Rod End - Inner

MOOG EV801082 Inner Tie Rod End

MOOG EV801082 is an inner steering tie rod end built for direct replacement on select Infiniti FX applications. It uses a male end 2 connection and is backed by MOOG’s material selection and testing standards for consistent steering performance and straightforward installation.

Key Features

• Inner steering tie rod end for steering linkage service
• Male end 2 design
• Built with durable materials and tested for dependable operation
• Engineered for a fast, hassle-free installation
• Direct-fit replacement for select Infiniti FX35 and FX50 models

Fitment

• Fits 2009-2013 INFINITI FX50, Inner
• Fits 2009-2012 INFINITI FX35, Inner

Detailed Description

This MOOG inner tie rod end, part number EV801082, is made for steering repair on 2009-2013 Infiniti FX50 and 2009-2012 Infiniti FX35 models in the inner position. It is intended for drivers replacing worn steering linkage components and looking for a direct replacement that matches the original application. The EV801082 part number is also useful when cross-checking steering service parts for the Infiniti FX35 and FX50.

This part cross-references Mevotech Supreme MS30729 for the same application.

Common Issues It May Solve

• Excessive steering play or looseness
• Clunking or knocking from the front steering linkage
• Uneven or unstable steering response
• Wear-related movement in the inner tie rod assembly
• Need for replacement during steering system repair on Infiniti FX35 or FX50

Installation Notes and Tips

Inspect the steering rack, outer tie rod ends, and alignment settings before installation. After replacing an inner tie rod end, a professional wheel alignment is typically required to restore proper steering geometry. Verify the male connection and vehicle fitment before installation on the Infiniti FX35 or FX50.

Quality Assurance

MOOG backs this inner tie rod end with superior materials and rigorous testing to support reliable service life and consistent fitment. MOOG problem-solving design features are used to help simplify installation and reduce service time.