BMW E90 E91 LCI N47N 320d 320d Propshaft Drive Shaft Manual Gearbox

The BMW E90 E91 LCI N47N 320d Driveshaft Manual is a component from the Cardan Joints category, designed for the drivetrain system in facelifted BMW 3 Series models. This used driveshaft for a manual gearbox allows for the technical replacement of a worn component while maintaining the original design concept. It's a solution for users who expect a proven part at a reasonable price, ensuring proper drivetrain operation.

Specifications and technical data

• SKU: 7614412
• Mark: BMW (Genuine OE)
• Condition: Used
• OEM Part Number: 7614412
• Substitutable numbers: 26107614412, 7614412, 26107596886, 7596886
• Gearbox type: Manual
• Category: Propshafts

Application and Compatibility

The driveshaft presented is designed for BMW 3 Series E90 and E91 LCI versions with the N47N engine in the 320d variant, equipped with a manual gearbox. The driveshaft's construction is adapted to the body geometry and drivetrain of these specific versions, facilitating installation without the need for modifications.

Thanks to the use of Cardan joints, this component ensures the transfer of torque from the gearbox to the rear axle while maintaining appropriate drivetrain flexibility. This is particularly important in rear-wheel-drive cars, where precise matching of the driveshaft's length and mounting points is crucial for vibration-free operation and a smooth driving experience.

Construction and Technical Characteristics

The driveshaft in this offer belongs to the Cardan Joints category, meaning its construction incorporates universal joints that allow for compensation of angular changes between the gearbox and the rear differential. This solution is standard in rear-wheel-drive BMWs and enables stable load transfer under various suspension operating conditions.

The component has been designed to work with a manual transmission, which translates to appropriately selected mounting points and performance characteristics under load. In practice, this means:

• maintaining the correct drivetrain alignment,
• reducing unwanted vibrations and noises during acceleration and engine braking,
• proper cooperation with factory supports and mounts in the BMW E90/E91 LCI chassis.

Benefits of Using an Original BMW Driveshaft

Choosing a driveshaft dedicated to a specific BMW 3 Series version offers a range of practical advantages. You receive a component that:

• is structurally matched to the 320d drivetrain with the N47N engine,
• maintains the factory operating parameters of the Cardan joints,
• allows for installation in place of the worn driveshaft without altering the vehicle's structure.

For workshops and users, this means shorter installation times, a lower risk of balancing issues, and stable drivetrain performance during daily use. A used component also allows for optimizing repair costs while maintaining compliance with manufacturer solutions.

Part Selection by Numbers and Gearbox Type

When selecting a driveshaft for the BMW E90/E91 LCI, it is crucial to pay attention to the gearbox type and part numbers. This model is designed for vehicles with a manual gearbox and should not be used as a substitute for versions with an automatic transmission. Correct matching by OEM numbers and interchangeable part numbers helps avoid installation problems and incorrect drivetrain operation.

If you want to check the compatibility of the component with your car step-by-step using the VIN or part numbers, the practical guide will be helpful: how to select the correct car part by VIN and OEM number. There you will find a procedure, examples, and a list of questions worth asking the seller before purchasing a used component.

Other BMW Cardan Joints

If you are also looking for other solutions from the BMW Cardan Joints category for your car, check out the BMW Cardan Joints available in our assortment. This will allow you to compare different variants in terms of application, gearbox type, and drivetrain configuration, and then choose the component best suited to your specific vehicle version.