Mevotech MEV290 Steering Tie Rod End - Front Inner

Mevotech MEV290 Front Inner Tie Rod End

The Mevotech MEV290 is a steering tie rod end for the front inner position on select Mitsubishi Van applications. Built for 1987-1990 Mitsubishi Van models, it is engineered with application-specific upgrades for added durability and consistent steering performance in high-use passenger and commercial service.

Key Features

• Front inner steering tie rod end for select Mitsubishi Van fitment
• Mevotech Supreme Parts engineering with in-house application-specific updates
• Built for commercial vehicles, fleets, SUVs, working trucks, and passenger use
• Adjustable: No
• Mounting hardware included: Yes
• Part number: MEV290

Product Details

Mevotech Supreme tie rod ends are developed for demanding steering applications where durability and repeatable performance matter. The MEV290 is a direct-fit steering component for the front inner position on 1987-1990 Mitsubishi Van models, making it a focused replacement for worn steering linkage parts. This part number, MEV290, is designed around the needs of vehicles that see frequent use and require dependable steering response.

This part cross-references Dorman - Premium IS290PR for the same application.

Common Problems This Part Can Address

• Excessive steering play at the front inner linkage
• Loose or imprecise steering feel
• Uneven tire wear caused by worn steering components
• Clunking or movement in the steering system
• Restoring proper steering linkage function on Mitsubishi Van models

Installation Notes and Tips

Fits 1987-1990 Mitsubishi Van, front inner. Verify alignment after installation and inspect related steering components for wear before returning the vehicle to service. Because this is a non-adjustable tie rod end, confirm the replacement matches the original steering configuration before installation. The included mounting hardware helps streamline the job where applicable.

Quality Assurance

Mevotech Supreme Parts are engineered in-house with application-specific upgrades aimed at improving durability and service performance in real-world use.