Mevotech MEV222 Steering Tie Rod End - Front Inner

Mevotech MEV222 Steering Tie Rod End

Mevotech MEV222 is a steering tie rod end for select Hyundai Excel and Mitsubishi Precis front inner applications. Built for high-usage passenger vehicles, SUVs, fleets, and working trucks, it uses application-specific upgrades to improve durability and steering performance.

Key Features

• Front inner steering tie rod end for select compact vehicle applications
• Mevotech Supreme Parts engineering with in-house application-specific upgrades
• Built for frequent-use passenger and commercial duty
• Labor Saver design approach for faster, easier installation
• Mounting hardware included
• Non-adjustable design

Detailed Description

This steering tie rod end is engineered for 1987-1989 Hyundai Excel and 1987-1989 Mitsubishi Precis front inner positions. The MEV222 part number is part of Mevotech Supreme Parts, a line focused on upgraded construction for demanding steering service. If you are replacing worn steering linkage on a Hyundai Excel or Mitsubishi Precis, MEV222 provides a direct-fit service part for the front inner location.

This part cross-references Dorman - Premium IS222PR and Gates 352514 for the same application.

Common Repair Uses

• Restores steering response when the original tie rod end has looseness or wear
• Addresses front-end play or wandering in the steering system
• Replaces damaged steering linkage components on 1987-1989 Hyundai Excel and Mitsubishi Precis models
• Helps correct uneven steering feel caused by worn inner steering joints

Installation Notes and Tips

Install MEV222 at the front inner steering position only. Verify alignment after replacement, and inspect related steering components for wear before final assembly. Mounting hardware is included, and the non-adjustable design should be matched to the confirmed application before installation.

Quality Assurance

Mevotech Supreme Parts are engineered in-house with application-specific upgrades for durability and performance. MEV222 is built to meet the demands of high-usage vehicles and service environments.