Second Hand Volkswagen Transporter CV Joints

Yes, all Volkswagen Transporters have CV joints, as they are front-wheel-drive vans with front driveshafts that use constant-velocity joints to transmit drive to the front wheels — the T4 (1990–2003), T5 (2003–2015), T6 (2015–2019), and T6.1 (2019 onwards) all use them. Transporters with 4MOTION all-wheel drive also have CV joints on the rear driveshafts in addition to the front. So regardless of generation or drivetrain, CV joints are a genuine part on this vehicle.

The T5 ran from 2003 to 2015 and the T6 from 2015 onwards, and while there is some shared platform DNA, these are different generations with revised suspension and driveshaft geometry, so parts from one will not reliably cross over to the other. You should source a CV joint matched to your specific generation — T5 or T6 — and confirm compatibility against your registration with the breaker before buying.

The T5 received a significant facelift in 2009, and while the basic platform carried over, driveshaft and CV joint specifications can vary between early T5 (2003–2009) and late T5 (2009–2015) depending on engine and payload variant. It is worth providing your registration to the breaker so they can confirm whether the part numbers match before committing to a purchase.

Yes, this is an important consideration — the Transporter was offered in different GVW ratings (typically around 2.8 tonne and 3.2 tonne variants), and heavier-rated vans can have uprated driveshaft components including CV joints to handle the increased load. Always check the plate in your van's door shut rather than relying solely on the model name, and confirm the GVW rating with the breaker so they can match the correct specification.

Trim level — whether Trendline, Comfortline, Highline, or Kombi — does not affect CV joint fitment, as these are running gear components determined by generation, engine, driveshaft side (NS or OS), and payload rating rather than the interior or equipment specification. You may find cosmetic differences between donor vehicles when collecting from a breaker, but the CV joint itself will be the same across trim grades sharing the same drivetrain and GVW rating.

Engine size can influence CV joint specification, particularly where larger or more powerful engines put greater torque through the driveshafts — for example, a 2.0-litre BiTDI producing around 180 PS may use a more robust driveshaft setup than a 2.0-litre TDI at lower outputs. Always quote your engine size and registration to the breaker so they can cross-reference the correct part rather than assuming all engines in a generation share the same joint.