Ford Ranger Mk3 2.2 TDCi Drive Shaft Driveshaft Front Right O/S EB3G3A427EA

The Ford Ranger Mk3 2.2 TDCI Front Right Driveshaft is an original drivetrain component, specifically designed for the front passenger side axle. Thanks to its factory geometry and precise fit for the specific engine version, it ensures stable torque transfer and predictable vehicle behavior both off-road and on asphalt.

Specifications and technical data

• SKU: EB3G-3A427-EA
• Mark: Ford
• Condition: Used
• OEM Part Number: EB3G-3A427-EA
• Substitutable numbers: EB3G-3A427-EA, EB3G3A427EA, 2124797
• Location on the vehicle: Front, Right
• Category: Driveshafts

Intended Use and Fitment for Ford Ranger Mk3 2.2 TDCI

The offered driveshaft belongs to the Driveshafts category and is structurally prepared for operation on the front right side of the Ford Ranger Mk3 with the 2.2 TDCI engine. Its correct placement on the vehicle minimizes the risk of collision with suspension and steering components, while the appropriate length and diameter of the half-shaft maintain correct drive geometry.

This component comes from the Ford OE line, meaning it adheres to factory manufacturing tolerances, features correct spline profiles, and is compatible with original hubs and the final drive. This ensures a predictable installation process without the need for modifications or adjustments to other components.

Driveshaft Construction and Operating Characteristics

The front right driveshaft in the Ford Ranger Mk3 2.2 TDCI is responsible for transferring power from the gearbox to the wheel, while simultaneously compensating for suspension movements and wheel steering. The incorporated joints allow for:

• smooth torque transfer at various operating angles,
• reduction of vibrations and unwanted play in the drivetrain,
• maintaining stable wheel contact with the surface in off-road conditions.

The appropriately selected stiffness of the shaft and the design of the joints contribute to reliable traction, both when driving with a load and in light off-road conditions, which is important when using the Ranger as a work vehicle or for expeditions.

Benefits of Using an Original Driveshaft

Using an original Ford OE driveshaft to replace a worn or damaged component restores the drivetrain's factory operating parameters. Key benefits include:

• Precise fit with factory components – no installation issues, maintaining alignment and correct joint positioning.
• Predictable vehicle behavior – stable power transfer to the front axle, without jerks or unwanted noises resulting from incorrect geometry.
• Optimal interaction with the suspension – design adapted to suspension travel and the steering system's operating range in the Ranger Mk3.

This solution is particularly recommended for replacements after a collision, intensive off-road use, or after detecting play and knocking in the front drive system.

Condition, Origin, and Practical Application

The offered driveshaft is a used part, sourced from disassembly, allowing for economical repair while maintaining original Ford specifications. Such components are often chosen by workshops specializing in commercial vehicle service, where both durability and reasonable maintenance costs are important.

Before installation, the standard workshop procedure is recommended: inspect the condition of the joints, boots, and mounting points, then install using the correct tightening torques and new fasteners, if specified by the service documentation.

More Ford Driveshafts and Technical Knowledge

If you are looking for other driveshafts for vehicles of this brand, check out our dedicated offer for Ford driveshafts, where you will find a wide selection of disassembled parts fitted to various models and drivetrain versions.

To better understand the operation of the drivetrain and select components for your driving style, it is worth reading the guide article: Used Axles and Differentials – How to Choose Ratios for Your Driving Style, which discusses the relationships between gear ratios, drive characteristics, and practical vehicle usage.