Audi Q3 1.4 Tfsi
Car parts and drivetrain components for Audi Q3 1.4 Tfsi. Always check the fit before ordering.
Products for Audi Q3 1.4 Tfsi
- Position: Front left
- Flange diameter: 108 mm
- Joint diameter: 108 mm
- Total length: 495 mm
- ABS teeth: 0
- Position: Front right
- Flange diameter: 108 mm
- Joint diameter: 108 mm
- Total length: 795 mm
- ABS teeth: 0
- Number of centre bearings: 1
- Number of joints: 1
- Total length: 2,160 mm
- Position: Front left, Inner
- Seal diameter: 31 mm
- Inner splines: 34
- Outer diameter: 85 mm
- Splines gearbox side: 26
Frequently asked questions about drivetrain parts for Audi Q3 1.4 Tfsi
How do I know if my Audi Q3 1.4 Tfsi needs a new drive shaft?
The most common signs are vibrations during acceleration, clicking noises when turning, or visible damage to the CV boots. If the vibrations persist despite balanced tyres, the drive shaft is a likely cause.
What is the difference between an inner and outer CV joint on my Audi?
The outer CV joint sits at the wheel and handles steering angles, while the inner joint sits by the gearbox and accommodates length changes as the suspension moves up and down.
Can I replace just the boot instead of the entire CV joint?
Yes, provided you detect the damage early and the joint has not started making noises or ingested dirt. If the joint is already noisy, it is damaged and the complete unit should be replaced.
Does the same drive shaft fit both manual and automatic gearboxes?
Usually not. Drive shafts often differ in length and mounting fittings depending on whether the car has a manual gearbox or S-tronic. Always select your exact make, model and engine to ensure you get the correct part.
What are the symptoms of a worn propeller shaft on an Audi Q3?
A worn propeller shaft typically causes vibrations felt through the floor or seats, alongside a whining or humming noise coming from the centre of the car while driving.
Why is it important to use the correct grease in the CV joint?
CV joint grease is specially formulated to withstand extreme pressure and high temperatures. Using the wrong grease can lead to rapid overheating and premature wear of the joint.