Moog EV127 Steering Tie Rod End - Inner

MOOG EV127 Inner Tie Rod End

The MOOG EV127 is an inner tie rod end built for steering systems that need precise movement and dependable response. It is a straight-design steering component with a female end connection, made for compatible Ford, Lincoln, and Mercury applications.

Key Features

• Straight inner tie rod end design for steering linkage service
• Female end connection
• Non-greaseable construction
• Dust boot not included
• MOOG EV127 part number for easy identification

Detailed Description

MOOG EV127 is an inner steering tie rod end engineered with superior materials and tested for reliable performance. Its problem-solving design supports faster, more straightforward installation, which matters when replacing worn steering linkage components on Ford Mustang, Ford Taurus, Lincoln Continental, and Mercury Sable applications. The EV127 is a straight tie rod end with a female end 2 connection and no grease fitting, making it a direct service part for steering systems that require this configuration. This part cross-references Monroe Shocks & Struts (e.g., 172286, 182286) for the same application.

What It Helps Address

• Loose or imprecise steering feel from a worn inner tie rod end
• Steering play caused by ball stud wear
• Noise or movement in the steering linkage
• Service replacement needs on compatible Ford, Lincoln, and Mercury vehicles

Installation Notes and Tips

Verify the inner tie rod end configuration, including straight design and female connection, before installation. Match the part number EV127 to the existing steering linkage specification and confirm fitment by year, make, model, and position. Because the dust boot is not included, inspect the surrounding steering components during service and replace any worn related parts as needed.

Quality Assurance

MOOG backs this steering component with materials selection and testing focused on dependable performance. The EV127 is part of MOOG chassis products, a line known for steering and suspension replacement components.