Ford Transit MK8 2.0 EcoBlue Rear Axle Differential 3.31 Ratio 2694185 WARRANTY

Listing details

The differential is sold with a 90-day warranty! It was tested before removal and is in full working order. Ford Transit MK8 2.0 EcoBlue Rear Axle Differential 3.31 Ratio is a drivetrain component from the Differentials category, designed for installation on the vehicle's rear axle. The offered solution ensures stable torque transfer in Ford Transit vehicles with the 2.0 EcoBlue engine, maintaining the correct gear ratio and drivetrain operating characteristics. It is a practical choice for users looking for a proven, used component with factory geometry and fitment.

Specifications and technical data

• SKU: 2694185
• Mark: Ford
• Condition: Used
• OEM Part Number: 2694185
• Substitutable numbers: NK31-4001-BEB, NK314001BEB, 2694185
• Location on the vehicle: Rear
• Category: Differentials

Purpose and function of the rear axle

The rear axle with a 3.31 ratio differential is responsible for efficient torque distribution to the rear wheels, which affects the smoothness of starting, acceleration flexibility, and the overall refinement of the drivetrain. The design, tailored to the Ford Transit MK8 with the 2.0 EcoBlue unit, allows for maintaining the correct driving parameters in accordance with the vehicle manufacturer's specifications. Its placement on the rear axle ensures compatibility with the factory driveshaft and suspension, which facilitates installation and reduces the need for additional modifications. Thanks to the maintenance of the correct gear ratio, the axle performs well in both delivery and fleet applications, where predictable vehicle behavior under load is essential.

Construction and fitment for Ford Transit MK8 2.0 EcoBlue

The axle has been designed as an integral part of the Ford drivetrain, with a differential adapted to the characteristics of the 2.0 EcoBlue engine. The factory design promotes proper fitment with suspension components, hubs, and the braking system, which translates into handling stability and predictable vehicle reactions. The used nature of the part means that the component comes from dismantling, while retaining the original manufacturer's specification. This is a beneficial solution for users who want to maintain drivetrain consistency without resorting to replacements with uncertain parameters.

Practical application and benefits of installation

Installing a rear axle with a 3.31 ratio differential is particularly important in situations where the existing component has worn out, suffered mechanical damage, or is generating excessive noise. Replacing it with a complete axle often allows for avoiding time-consuming regeneration of individual sub-assemblies, such as the final drive or the differential carrier. Key benefits include:

• Restoration of proper drivetrain operation without changing the factory gear ratio.
• Better traction stability under typical Transit operating loads.
• Possibility of faster vehicle repair by replacing the complete rear axle assembly. For workshops and fleet users, this is a solution that allows for reducing vehicle downtime and maintaining consistent driving parameters across the entire fleet.

Installation area and service aspects

The component is intended for installation in the rear part of the vehicle, within the suspension and drivetrain area. Proper installation requires maintaining alignment with the driveshaft as well as checking mounts and support points to avoid vibrations and excessive wear of cooperating components. When replacing, it is worth paying attention to the condition of accompanying elements, such as bushings, mounts, or connectors, to fully utilize the potential of the installed axle. Thanks to the retention of the original design, it is possible to use standard service procedures known from the Ford Transit MK8.

Related categories and technical knowledge

If you are planning a comprehensive repair or upgrade of the drivetrain area in your Ford and need other elements from the same group, such as other drive axles, differentials, or complete final drive assemblies, check the available parts in the Ford Differentials category. For a better understanding of how drivetrain systems work and the structural differences between individual solutions, it is worth referring to the guide material describing all-wheel drive systems – you can find it in the article xDrive, 4Matic, quattro or 4Motion – a comparison of AWD systems from BMW, Mercedes, Audi, and VW, which discusses, among other things, the role of differentials and typical service issues.