Tie Rod Inner Ball Joint For Ford Mondeo 2013 DG9C3280AA

Unité de gestion de stock: 1005007488720609-1pcs
Color
Prix €66,29
Prix -37% €106,06 Prix de solde €66,29

The Tie Rod Inner Ball Joint for Ford Mondeo 2013- (OE: DG9C3280AA) is a precision replacement designed to restore confident steering and reliable handling. This inner joint connects the steering rack to the tie rod, translating your steering input into smooth, accurate wheel movement. Matching the OE specification DG9C3280AA, it’s built to maintain correct steering geometry and reduce play that can develop with wear. Suitable for Ford Mondeo 2013- models, this part is offered as a direct replacement, but compatibility is for reference — before purchase, compare the part number with your original to ensure a correct fit. Replacing a worn inner ball joint helps improve steering feel, reduce vibrations, and support safer, more predictable everyday driving. All electronic and mechanical equipment, devices and machines sold by InterCyprus to EU countries are CE certified and carry a two year warranty.

At intercyprus.com since 2002 — trusted for quality and reliability.

Benefits & Tips

  • Restore steering precision and reduce play by replacing a worn inner ball joint on Ford Mondeo 2013-.
  • When performing a steering linkage overhaul, pair this inner joint with the correct outer components to maintain steering response and even tire wear.
  • After installation, have your wheel alignment checked to ensure optimal handling and tire longevity.

Product specifications

  • OE: DG9C3280AA
  • Suitable for: Ford Mondeo 2013-
  • Origin: Mainland China
  • Brand: NONE
  • Note: Compatibility is reference only. Before purchasing, compare the Part Number with your original part to ensure a correct replacement.

Package includes:

  • 1 x Tie Rod Inner Ball Joint (OE: DG9C3280AA)

Warnings/Reminders

  • Compatibility is for reference; please verify that the part number matches your original component.
  • Professional installation is recommended for steering components due to safety considerations.