Mevotech MS40757 Steering Tie Rod End - Inner

Mevotech MS40757 Steering Tie Rod End

Mevotech MS40757 is a steering tie rod end for select inner steering applications on 1975-1980 Mercury Monarch and 1977-1980 Lincoln Versailles. Built for high-use passenger vehicles, fleets, and working trucks, it combines a pre-greased design with serviceable greaseability for dependable steering service.

Key Features

• Direct-fit steering tie rod end for inner position applications
• Pre-greased and greaseable for service-friendly maintenance
• Includes dust boot, castle nut, cotter pin, grease fitting, and mounting hardware
• Male end configuration with threaded stud design
• Rubber dust boot in black for protection against road contamination
• Shank length: 2.44 in.; end 1 thread size: M12 x 1.75

Application Details

This Mevotech Supreme tie rod end is engineered in-house with application-specific upgrades for durability and steering performance. The MS40757 is listed for inner steering use on 1977-1980 Lincoln Versailles and 1975-1980 Mercury Monarch, making it a focused replacement for classic Ford-platform steering service. This part cross-references Dorman - Premium T436RLPR for the same application.

Common Problems It Can Address

• Loose or imprecise steering feel
• Excessive play in the inner steering linkage
• Boot damage that exposes the joint to dirt and moisture
• Grease loss or dry joint wear
• Clunking or wandering caused by worn tie rod end components

Installation Notes

Verify inner position fitment before installation and confirm thread size, shank length, and stud configuration against the original part. Use the included castle nut and cotter pin during assembly, then torque to the vehicle manufacturer’s specification. After installation, inspect steering alignment and road-test the vehicle to confirm proper tracking.

Quality Assurance

Mevotech Supreme Parts are built with in-house engineering and application-specific design updates for demanding service conditions. The MS40757 is intended for repeated use in passenger and commercial steering systems where durability and consistent steering response matter.