Since the era of rear-wheel-drive saloons gave way to the mixed-drivetrain landscape of today, propshafts and axle drive shafts have become an increasingly varied component category — covering everything from the two-piece propshafts that link the gearbox to the rear differential on rear-wheel-drive estates and SUVs, to the front-drive driveshafts that carry torque through constant-velocity joints on front-wheel-drive hatchbacks. When a CV joint fails, the telltale symptom is a rhythmic clicking or clunking sound on full lock — most noticeable when manoeuvring in car parks — that worsens under power. A deteriorated centre bearing on a two-piece propshaft produces a vibration that builds with vehicle speed and often manifests as a buzzing sensation through the floor. Split or perished rubber gaiters around CV joints accelerate failure dramatically; once grease escapes and grit ingresses through a torn gaiter, the joint rarely lasts more than a few thousand miles before developing play. The OE reference defines the exact shaft length, spline count, and joint type for the specific axle and engine torque output, which is why a generic replacement can introduce vibration even when the fitting appears correct. SPICER and Gelenkwellenfabrik W cover heavy-duty propshaft applications, while GSP handles a wide range of passenger car driveshaft OE numbers.
Propshafts and driveshafts are among the most application-specific components on a vehicle — the shaft length, spline count, joint type, and centre bearing position are all defined by the particular drivetrain configuration. Use the make, model, engine, and transmission type in the selector on this page to narrow the OE references TecDoc maps to your exact variant. For rear-wheel-drive and four-wheel-drive applications, the transmission type (automatic vs manual) and optional differential ratios can further differentiate shaft specifications.
OEM driveshafts are balanced and measured to the vehicle builder's specifications for that specific powertrain, carrying the exact OE number. Quality aftermarket shafts from SPICER or GSP are engineered to equivalent tolerances and dynamically balanced before despatch. Lower-grade alternatives may have insufficient dynamic balancing, which introduces harmonic vibration at certain speeds that can be mistaken for other drivetrain issues. On high-torque applications such as larger diesel estates, the quality of CV joint internals is particularly important for longevity.
Yes, if the joint itself has not yet developed play or noise, replacing a torn rubber gaiter is a viable and far cheaper repair. The gaiter kit includes the replacement boot, clamps, and fresh grease. However, if you can feel roughness or looseness in the joint when rotating it by hand, or if the clicking on lock has already developed, the joint internals are contaminated and the shaft assembly should be replaced in full. A fresh gaiter fitted over a already-worn joint extends its life only marginally.
A clicking or clunking sound on full steering lock under power — particularly on tight manoeuvres — is the clearest sign of a worn outer CV joint. Vibration that increases with road speed and is felt through the floor or gear lever often indicates a worn centre bearing on a two-piece propshaft, or an inner CV joint losing its plunge function. Visible cracks or splits in rubber gaiters, oil or grease thrown onto the inner wheel arch, or looseness when rocking the shaft by hand at the wheel hub are all indicators that assessment or replacement is needed promptly.
Showing 100 of 2,467 Axle drive propshaft OE numbers. Enter the OE on the main OE search to jump to any reference.
