Parts for your 2009 Toyota Vitz|yaris-Universal joints

Are universaljoints used on the 2009 Toyota Vitz/Yaris?

For most 2009 Toyota Vitz/Yaris models sold in Australia and New Zealand (XP90 series, front‑wheel drive), universaljoints aren’t used in the driveline. Technical documentation for the XP90 platform specifies front drive shafts with constant velocity (CV) joints and no propeller shaft on 2WD cars. This is detailed in the Toyota Yaris/Vitz XP90 Repair Manual (Drivetrain/Axle – Front Drive Shaft/CV Joint), the Toyota New Car Features for XP90 (Drivetrain Layout), and Toyota’s Electronic Parts Catalogue for 2WD models, which list CV joints but no driveline universaljoints.

There is one important exception: some Japan‑domestic‑market 2009 Vitz models were built with full‑time 4WD (model codes such as NCP95). Those cars have a rear propeller shaft that typically uses universaljoints. Toyota’s EPC for NCP95 shows a propeller shaft assembly with U‑joints and centre bearing. If the vehicle is a JDM 4WD import, universaljoints are relevant, if it’s the common local 2WD, they’re not part of the driveline.

Why universaljoints aren’t used on the 2WD Vitz/Yaris comes down to engineering fit and function. Front‑wheel‑drive cars need to deliver smooth, constant rotational speed while the front wheels steer through large angles and move up and down with suspension travel. Traditional universaljoints (cardan joints) create a cyclic speed variation at angles, which can cause vibration and noise. CV joints maintain constant velocity at a wide range of angles and are better packaged for the compact transverse layout of the Yaris. They’re lighter, quieter, and more durable in this role, which is why Toyota specifies them for the XP90 2WD front axles.

Owners of 2WD cars should focus driveline servicing on CV joints and boots: look for split boots, flicked grease around the inner guards, and clicking on full‑lock turns (outer CV wear). Sorting a weeping boot early with a boot kit can save the whole shaft. For anyone with a 4WD Vitz import, add a check of the prop shaft universaljoints: feel for play, look for rust‑coloured dust around the caps, and listen for a clunk on take‑off or a speed‑related vibration. Worn universaljoints are replaced as an assembly or as serviceable joints depending on parts availability, and safe support of the shaft and correct phasing are key during refit.

• Technical references cited: Toyota Yaris/Vitz XP90 Repair Manual (Drivetrain/Axle – Front Drive Shaft/CV Joint), Toyota New Car Features (XP90 Drivetrain Layout), Toyota Electronic Parts Catalogue (2WD XP90 front axles, NCP95 4WD propeller shaft with universaljoints).

Popular questions about 2009toyotavitzyaris universaljoints

Does a 2009 Toyota Vitz/Yaris have universaljoints from factory?

On the common 2WD models sold in AU/NZ, no—the driveline uses CV joints only, with no propeller shaft. However, some JDM 4WD Vitz (e.g., NCP95) do have a rear prop shaft with universaljoints. There’s also a small steering intermediate shaft U‑joint on all cars, but that’s part of the steering column, not the driveline universaljoints people usually mean.

If unsure, a quick check is to look under the car: a 2WD Yaris has no long shaft running to the rear. A 4WD Vitz will have a propeller shaft and a rear differential.

What are the signs of worn universaljoints on a 4WD Vitz import?

Common clues are a clunk when shifting from reverse to drive, a rumble or vibration that changes with road speed (not engine rpm), and rust‑coloured dust near the bearing caps. Severe wear can cause driveline shudder on take‑off.

Park it up promptly if there’s pronounced vibration—failed universaljoints can let the shaft whip around and cause costly collateral damage. A mechanic can confirm with a play test and inspect the yokes and caps.

What driveline maintenance makes sense on a 2WD 2009 Yaris if there are no universaljoints?

Keep an eye on the CV boots each service—cracks, grease fling, or wetness mean attention is needed. Listen for clicking on full lock and humming that rises with speed. Also check engine and trans mounts, as excess movement can mimic driveline issues.

Staying on top of CV boot condition is a cheap save. Many owners go years trouble‑free just by replacing a boot before the joint runs dry.