Parts for your 2008 Toyota Corolla fielder-Universal joints

2008 Toyota Corolla Fielder universal joints — are they used?

According to Toyota’s technical publications for the E140/E150 series — including the New Car Features (NCF), the Electronic Parts Catalogue (EPC), and the Factory Repair Manual for the driveline/propeller shaft — most 2008 Toyota Corolla Fielder models sold as front‑wheel drive (2WD) do not use propeller‑shaft universal joints. Their drive shafts use constant‑velocity (CV) joints only, because the transaxle sits up front and drives the front wheels directly, so there’s no long prop shaft to the rear. That’s why a typical 2WD Fielder won’t have the cross‑type U‑joints people associate with rear‑wheel drive utes and wagons.

However, the 2008 Corolla Fielder was also offered in select markets with a full‑time 4WD layout. Those 4WD variants do have a propeller shaft running to the rear differential, and Toyota specifies cross‑type universal joints at the shaft ends. The EPC lists a propeller shaft assembly (often supplied complete), and the Repair Manual outlines inspection and replacement procedures for the U‑joints and centre support bearing found on these models.

Why many 2008 Fielder models don’t use U‑joints: the front‑drive packaging does the job with CV joints that can handle big steering angles and suspension travel without the cyclic speed variation that U‑joints introduce. Fewer parts, less weight, and no rear prop shaft — simple as.

If a 2008 Corolla Fielder is the 4WD type, the universal joints earn their keep by allowing the prop shaft to transfer drive between the transaxle and rear diff while the angles change with body movement. They’re the hinge points that prevent binding and driveline drama over bumps and during acceleration. On these cars the U‑joints are usually sealed and non‑greaseable from factory, some aftermarket options are greaseable. During servicing, a good workshop will check for free play at the crosses, dried or split seals, rust bleed around the caps, and any notchiness when the joint is articulated by hand. On the road, clues include a metallic clunk on take‑off, vibration under load at highway speeds, and a chirp or squeak that comes and goes with road speed.

Replacement on a 4WD Fielder is straightforward but benefits from care: mark flange orientations to keep shaft phasing, support the shaft to avoid damaging the centre bearing, and use the correct snap rings/shims to achieve smooth movement with no binding. Fasteners should be cleaned and re‑torqued to Toyota spec, and any balance weights on the shaft must stay put. If a centre support bearing is rough or the rubber is torn, it’s smart to replace it at the same time. After fitment, a short test drive to check for vibrations and re‑inspect for any weep or looseness keeps everything tidy for the next 10,000 km service interval.

• Quick ID tip: 2WD Fielder — no rear diff or prop shaft, 4WD Fielder — visible prop shaft and rear diff housing.

Popular questions about 2008 Toyota Corolla Fielder universal joints

Does a 2008 Corolla Fielder have universal joints?
Most 2WD models don’t. They run front CV shafts only. The 4WD versions do have propeller‑shaft U‑joints at the ends of the shaft to the rear differential. There’s also a small steering column U‑joint on all variants, but that’s a separate part from the driveline.

How can someone tell if their Fielder is 4WD and has U‑joints?
A quick look underneath will show a rear differential and a long prop shaft on 4WD cars. Many have “4WD” badging, and the build plate/frame code and Toyota EPC listing for that VIN will note a propeller shaft assembly. No rear diff or shaft? Then there aren’t driveline U‑joints to service.

What are the signs a U‑joint is worn on a 4WD Fielder?
Common giveaways include a clunk on take‑off or when shifting from drive to reverse, a shudder under load, or a speed‑related vibration. A rhythmic squeak at low speed can also point to a dry joint. Any of these should prompt an inspection before the joint lets go and damages the shaft or flanges.