FordParts
My Garage
My Account
Cart
OEM 2005 Ford Focus Rack And Pinion
Steering Rack And Pinion- Select Vehicle by Model
- Select Vehicle by VIN
Select Vehicle by Model
orMake
Model
Year
Select Vehicle by VIN
For the most accurate results, select vehicle by your VIN (Vehicle Identification Number).
1 Rack And Pinion found
2005 Ford Focus Gear Assembly Part Number: 5S4Z-3504-ARM
$378.12 MSRP: $620.00You Save: $241.88 (40%)Ships in 1-2 Business DaysProduct Specifications- Other Name: Remanufactured Gear Assembly - Steering; Rack and Pinion Assembly; Steering Gearbox; Steering Gear Assembly; Gear Assembly - Steering
- Replaces: 3S4Z-3504-AA, 5S4Z-3504-A
- Base No.: 3504
- Item Weight: 19.80 Pounds
- Item Dimensions: 5.9 x 11.0 x 51.5 inches
- Condition: New
- Fitment Type: Direct Replacement
- SKU: 5S4Z-3504-ARM
- Warranty: This genuine part is guaranteed by Ford's factory warranty.
2005 Ford Focus Rack And Pinion
If you're seeking quality and affordability, look no further than our extensive inventory of genuine 2005 Ford Focus Rack And Pinion available at FordPartsDeal.com. You can confidently purchase our OEM 2005 Ford Focus Rack And Pinion as they are supported by the manufacturer's warranty and our hassle-free return policy, alongside the benefit of our fast delivery service.
2005 Ford Focus Rack And Pinion Parts Q&A
- Q: How to Service and Repair the Front Rack and Pinion Steering Gear on 2005 Ford Focus?A: A battery disconnection step should come first to ensure safety before working on the rack and pinion. Beginning with the front crossmember and rack and pinion bolts enables removal of the rack and pinion unit. Put into practice the opposite order used during removal steps to perform installation. The power steering system should be filled after installation then a leak check should be performed. It is necessary to check and adjust front toe during new rack and pinion installation to guarantee correct alignment and operational functionality. The power steering system needs attention throughout its maintenance because the entry of contaminants results in early wear of components.