Moog EV406 Steering Tie Rod End - Inner

Moog EV406 Inner Tie Rod End

MOOG EV406 is an inner tie rod end built for steering systems that need consistent movement and dependable alignment control. It uses superior materials and testing-backed construction to support reliable steering response on select Dodge Dakota and Dodge Durango applications.

Key Features

• Inner tie rod end for steering gear and related components
• Male end 2 gender for the specified application
• Engineered with MOOG problem-solving design details for easier installation
• Built with materials selected for durability and repeatable performance
• Direct-fit replacement for select 2000-2004 Dodge Dakota and 2000-2003 Dodge Durango models

Detailed Description

This MOOG EV406 steering tie rod end is made for drivers servicing the inner steering linkage on compatible Dodge trucks and SUVs. It is a fitment-based replacement for 2000-2004 Dodge Dakota and 2000-2003 Dodge Durango models, helping restore precise steering feel where wear in the inner tie rod can affect toe control and road feedback. This part cross-references ES3533 and JAR1132 for the same application.

Common Steering Issues It Can Address

• Loose or vague steering response
• Excessive play in the inner steering linkage
• Uneven tire wear related to steering wear
• Clunking or wandering caused by worn tie rod components
• Difficulty maintaining alignment after steering component wear

Installation Notes and Tips

Verify the vehicle year, make, model, and inner position before installation. Because this is an inner tie rod end, steering geometry should be checked after replacement and the front end aligned to factory specifications. Confirm the male end 2 gender matches the existing steering connection on your Dodge Dakota or Dodge Durango application.

Quality Assurance

MOOG backs this EV406 inner tie rod end with materials and testing practices focused on dependable steering performance. The brand’s chassis engineering approach emphasizes fitment accuracy and installation-friendly design for service work on steering components.