Parts for your 1999 Nissan Pulsar-Universal joints

1999 Nissan Pulsar universal joints — are they actually used?

For the 1999 Nissan Pulsar (N15 series sold in Australia and New Zealand), traditional driveline universal joints (tailshaft “U‑joints”) aren’t fitted. This model is a front‑wheel drive hatch/sedan with no rear propeller shaft, so the driveline relies on constant velocity (CV) joints rather than universal joints. In other words, a “universal-joints” part isn’t relevant to the Pulsar’s front axle/driveshaft setup.

Technical sources back this up: the Nissan Pulsar N15 Factory Service Manual (Front Axle and Front Final Drive sections, model years mid‑1990s through 2000) specifies outer Rzeppa and inner tripod CV joints on the front drive shafts, with no propeller shaft or tailshaft U‑joints on FWD variants. Australian/NZ service manuals (e.g., Haynes/Gregory’s covering N14/N15) and Nissan parts catalogues for N15 listings likewise show CV joints/boots and no universal-joint assemblies for the driveline. As a general drivetrain principle covered in standard SAE driveline references, FWD cars use CV joints to maintain constant rotational speed at large steering angles, whereas conventional U‑joints are typical of rear‑wheel drive and 4WD propeller shafts.

Why no universal joints here? The Pulsar’s front suspension and steering geometry demand smooth power delivery through wide angles while turning and under suspension travel. CV joints do this without speed fluctuation or shudder. A single Cardan universal joint changes output speed through each revolution when angled, which would feel rough through the wheel and create vibration up front. So Nissan designed the N15 with CV joints to keep things quiet, smooth and predictable.

What should owners and techs service instead of universal joints on a 1999 Pulsar? Focus on the CV joints and boots. Torn boots let grease out and water/grit in, which quickly chews out a joint. Typical symptoms include a rhythmic clicking on tight turns (outer CV joint), vibration on acceleration (often inner joint), or visible sling of black grease around the inside of the wheel/guard.

• Inspect CV boots at each service or every 10,000–15,000 km, look for cracks, splits, loose clamps and grease spray.
• If a boot is damaged, replace it promptly and repack with the correct high‑moly CV grease. Prolonged driving with a torn boot usually means replacing the joint or complete shaft.
• After CV work, ensure hub nuts are torqued to spec and recheck for play or noise on a road test.
• While under the front, check engine/trans mounts and wheel bearings, as similar vibrations can be misdiagnosed.

Note: Some steering columns use a small universal joint in the intermediate shaft. It’s unrelated to driveline “U‑joints” and is serviced as part of the steering assembly if wear is detected.

Popular questions about 1999 Nissan Pulsar universal joints

Does a 1999 Nissan Pulsar have universal joints?
Not in the driveline. The N15 Pulsar is FWD and uses CV joints on the front drive shafts. There’s no rear propeller shaft or tailshaft U‑joints on typical AU/NZ models. A small universal joint may exist in the steering intermediate shaft, but that’s a steering component, not a driveline U‑joint.

What should be serviced instead of universal joints on a 1999 Pulsar?
Inspect and maintain the CV joints and especially the rubber boots. Look for splits, grease leaks and clicking on turns. Replace damaged boots quickly and use the correct CV grease. If noise persists, the affected CV joint or complete shaft may need replacement.

Are there any Pulsar variants that use driveline universal joints?
Certain Nissan models with rear‑wheel drive or all‑wheel drive use tailshaft U‑joints, but mainstream AU/NZ 1999 Pulsar N15 variants are front‑wheel drive only. If unsure, check the vehicle’s VIN and driveline layout, no prop shaft means no driveline U‑joints.