The Story
Mevotech MS95667 Front Outer Tie Rod End
The Mevotech MS95667 is a steering tie rod end for front outer applications on select Tesla models. Built for Tesla S and Tesla X fitments, it combines a pre-greased design, a dust boot, and a threaded stud for direct steering linkage service.
Key Features
- Fits 2016-2024 Tesla S, front outer
- Fits 2016-2024 Tesla X, front outer
- Pre-greased for service-ready installation
- Dust boot included to help protect the joint
- Polymer bearing material for steering joint operation
- Male end 1 and female end 2 configuration
- Threaded stud type with mounting hardware and locking nut included
- Non-adjustable design for direct replacement use
Detailed Description
Mevotech Supreme Parts are engineered in-house with application-specific upgrades aimed at durability and consistent steering performance. The MS95667 tie rod end is built for high-use passenger vehicles, SUVs, fleets, and working trucks, and it brings that same service-focused design to Tesla S and Tesla X front outer steering applications. The Mevotech MS95667 is a practical replacement choice when servicing worn steering linkage components on 2016-2024 Tesla S and 2016-2024 Tesla X models.
This part cross-references MOOG Chassis Products ES801542 for the same application.
What It Helps Address
- Steering play at the front outer linkage
- Loose or imprecise steering response
- Noise from a worn tie rod end joint
- Dust and contamination entering the steering joint
- Service replacement for a damaged threaded steering end
Installation Notes
Verify vehicle year, model, and front outer position before installation. The MS95667 includes mounting hardware and a locking nut, and its pre-greased design reduces prep time during service. Because this is a non-adjustable tie rod end, alignment should be checked after installation to confirm steering geometry is set correctly.
Quality Assurance
Mevotech Supreme Parts are developed with application-specific engineering updates to support durability and consistent performance in demanding steering applications.
Description
Mevotech MS95667 Front Outer Tie Rod End
The Mevotech MS95667 is a steering tie rod end for front outer applications on select Tesla models. Built for Tesla S and Tesla X fitments, it combines a pre-greased design, a dust boot, and a threaded stud for direct steering linkage service.
Key Features
- Fits 2016-2024 Tesla S, front outer
- Fits 2016-2024 Tesla X, front outer
- Pre-greased for service-ready installation
- Dust boot included to help protect the joint
- Polymer bearing material for steering joint operation
- Male end 1 and female end 2 configuration
- Threaded stud type with mounting hardware and locking nut included
- Non-adjustable design for direct replacement use
Detailed Description
Mevotech Supreme Parts are engineered in-house with application-specific upgrades aimed at durability and consistent steering performance. The MS95667 tie rod end is built for high-use passenger vehicles, SUVs, fleets, and working trucks, and it brings that same service-focused design to Tesla S and Tesla X front outer steering applications. The Mevotech MS95667 is a practical replacement choice when servicing worn steering linkage components on 2016-2024 Tesla S and 2016-2024 Tesla X models.
This part cross-references MOOG Chassis Products ES801542 for the same application.
What It Helps Address
- Steering play at the front outer linkage
- Loose or imprecise steering response
- Noise from a worn tie rod end joint
- Dust and contamination entering the steering joint
- Service replacement for a damaged threaded steering end
Installation Notes
Verify vehicle year, model, and front outer position before installation. The MS95667 includes mounting hardware and a locking nut, and its pre-greased design reduces prep time during service. Because this is a non-adjustable tie rod end, alignment should be checked after installation to confirm steering geometry is set correctly.
Quality Assurance
Mevotech Supreme Parts are developed with application-specific engineering updates to support durability and consistent performance in demanding steering applications.
