Moog EV800774 Steering Tie Rod End - Inner

MOOG EV800774 Inner Tie Rod End

MOOG EV800774 is an inner steering tie rod end built for direct replacement service on select Ford, Lincoln, and Mercury vehicles. It uses superior materials and tested construction to support consistent steering response, while MOOG problem-solving design helps streamline installation on the vehicle.

Key Features

• Inner steering tie rod end for steering linkage service
• Male end 2 gender for the specified application
• Built with materials selected for durability and repeatable performance
• Tested for reliable operation in steering system repair
• Designed to simplify installation on compatible Ford Fusion, Lincoln MKZ, and Mercury Milan applications

Detailed Description

MOOG EV800774 is an inner tie rod end for steering gear and related components service. It is used on 2010-2012 Ford Fusion, inner; 2011-2012 Lincoln MKZ, inner; and 2010-2011 Mercury Milan, inner. For shoppers searching for a Ford Fusion inner tie rod end, Lincoln MKZ steering tie rod end, or Mercury Milan inner steering linkage replacement, this part number provides a direct-fit service option for the listed vehicles. This part cross-references Centric Parts 612.61100 for the same application.

What It Helps Fix

• Loose or vague steering feel from worn inner tie rod components
• Steering play caused by excessive linkage wear
• Clunking or knocking from the steering system
• Uneven steering response during lane changes or turns
• Service needs on a worn Ford Fusion, Lincoln MKZ, or Mercury Milan inner tie rod end

Installation Notes and Tips

Verify vehicle year, make, model, and inner position before installation. This EV800774 application is listed for steering tie rod end service with a straight suspension ball joint and full ball stud, and the notes specify 360-degree rotation for the matched fitment. Always inspect related steering components for wear and confirm alignment after replacement.

Quality Assurance

MOOG backs this inner tie rod end with superior materials and rigorous testing to support dependable steering performance. The brand’s problem-solving engineering is aimed at reducing installation friction and helping the part perform consistently in service.