Volkswagen Passat B6 Driveshaft Front Right O/S 2.0 Diesel Manual 1K0407272QE

Volkswagen Passat B6 Driveshaft Front Right O/S 2.0 Diesel Manual is an original VAG group component designed for operation on the front axle on the passenger side. Thanks to its factory geometry and precise fitment to the drivetrain, it ensures stable torque transmission and predictable vehicle behavior during acceleration, engine braking, and cornering. This is a solution for users looking for a proven, used component rather than unreliable, low-quality aftermarket replacements.

Specifications and technical data

• SKU: 1K0407272QE
• Mark: Audi
• Condition: Used
• OEM Part Number: 1K0407272QE
• Substitutable numbers: 1K0407272QE, 1K0 407 272 QE
• Location on the vehicle: Front, Right
• Fuel type: Diesel
• Gearbox type: Manual
• Part type: Driveshaft
• Category: Driveshafts

Purpose and drivetrain compatibility

The presented driveshaft is designed to work with a diesel engine and a manual transmission in the Volkswagen Passat B6. Its placement at the front of the vehicle on the right side means it is responsible for transferring drive from the transmission to the right wheel, working in conjunction with the hub, bearing, and steering knuckle. Such fitment minimizes the risk of vibrations, noise, and uneven tire wear, while also facilitating future diagnostics and maintenance.

Key technical features of the driveshaft

The driveshaft from this series utilizes a design adapted to the loads generated by a diesel unit, which translates into appropriate stiffness and torsional resistance. Using it in a system with a manual transmission allows for smooth power delivery during dynamic gear changes, reducing jerking and stress on the joints.

• dedicated application for the front right axle,
• compatibility with diesel-based drivetrains,
• adapted to the characteristics of a manual transmission,
• factory geometry ensuring proper cooperation with the suspension and wheel hub.

Thanks to these features, the driveshaft serves as a functional service solution when replacing a worn-out part, reducing the risk of improper fitment typical of non-original parts.

Benefits of using an original Audi driveshaft

The original component from the Audi group has been designed for long-term cooperation with the factory drivetrain. Maintaining compliance with the vehicle manufacturer's parameters translates into:

• stable vehicle handling at higher speeds,
• reduced risk of vibrations on the steering wheel and bodywork,
• better protection of the transmission and joints against overloads,
• easier diagnostics during future drivetrain inspections.

A used driveshaft is also a reasonable compromise between cost and quality, especially for vehicles used intensively, where both safety and repair economy are important.

Professional selection and operation of the driveshaft

To maximize the potential of this component, it is worth ensuring proper installation and checking the cooperating sub-assemblies – the hub, bearings, transmission seals, and suspension elements. A properly selected and installed driveshaft reduces the risk of leaks, play, and unwanted noises while driving. For users who want to deepen their knowledge of drivetrain systems and make informed choices when selecting used parts, our blog guide will be helpful: Second-hand differential – what you need to know about used differentials, sensors, and drivetrain systems.

If you are interested in the broader context of using original components in VAG group vehicle maintenance and want to better understand the advantages of OEM parts, also check out the article: Quality guarantee and OEM safety – why used original car parts are the best choice for your car?.

Expansion and maintenance of the Audi drivetrain

If you are planning a comprehensive repair or upgrade of the drivetrain area in your Audi and need other elements from the same group, such as half-shafts, joints, or complete driveshafts, check the available parts in the Audi driveshafts category.

Selecting elements from the same design group allows for maintaining consistency in operating parameters, thereby increasing the predictability of vehicle behavior in daily use. This is particularly important in cars with diesel engines, where high torque requires the drivetrain to have appropriate durability and manufacturing precision.