Parts for your 2016 Nissan Pulsar-Universal joints

2016 Nissan Pulsar Universal Joints — Are They Fitted?

The 2016 Nissan Pulsar (C12 hatch and B17 sedan sold in AU/NZ) doesn’t use universal joints in its driveline. It’s a transverse front‑wheel drive layout with a transaxle and two front half‑shafts that use constant velocity (CV) joints, not U‑joints. There’s no rear propeller shaft, so there’s no place for traditional cardan‑type universal joints in the power delivery path.

This is backed by technical sources: the Nissan Electronic Service Manual for the Pulsar/Sentra B17 and Pulsar C12 lists “Front Drive Shaft” assemblies with inner and outer CV joints and no propeller shaft section. The Nissan parts catalogue for these models shows CV jointed half‑shafts only. Standard driveline texts (e.g., Bosch Automotive Handbook, Hillier’s Fundamentals of Motor Vehicle Technology) also note that front‑wheel drive passenger cars use CV joints to maintain constant rotational speed through larger steering and suspension angles.

Why no universal joints? A single cardan U‑joint doesn’t transmit constant velocity when operating at an angle, it introduces speed fluctuation that can cause vibration unless paired and phased correctly (double‑cardan). CV joints, by design, keep the output speed equal to the input speed at all times and cope with the greater articulation required for steering and suspension movement on FWD cars. They also package neatly with a transaxle, which suits the Pulsar’s compact engine bay.

A small caveat: like most modern cars, the Pulsar’s steering column uses small universal joints on the intermediate shaft. These aren’t driveline U‑joints and aren’t a routine service item. They’re only inspected if there’s play, stiffness, or corrosion after water ingress.

If someone’s chasing a “universal joint” because there’s a click on turns or a shudder on take‑off, the likely culprit on a 2016 Pulsar is an outer or inner CV joint. Tell‑tales include rhythmic clicking on full lock (outer CV) or vibration under load (inner CV). Keeping the CV boots intact is key: split boots throw grease and let grit in, rapidly wearing the joint. It’s smart to check the boots at each service or about every 10–15,000 km, and replace a damaged boot promptly. When renewing a CV joint or shaft, use the specified high‑moly CV grease and the correct stainless clamps, and torque the axle nut to spec to avoid premature bearing or joint issues.

• Driveline: CV joints on both front half‑shafts (no prop shaft, no driveline U‑joints)
• Steering: small universal joints on the column only (inspect if symptoms appear)
• Service tip: regular CV boot checks prevent costly joint failures

Popular questions about 2016 Nissan Pulsar universal joints

Does a 2016 Nissan Pulsar have universal joints?
No, not in the driveline. It uses CV joints on the front half‑shafts. The only universal joints fitted are on the steering intermediate shaft, which aren’t part of routine servicing unless there’s play or binding.

What causes clicking from the front when turning on a Pulsar?
That classic clicking on full lock usually points to a worn outer CV joint, often after a torn boot has let the grease out and grit in. Inspect boots and replace the affected joint or complete shaft if wear is evident.

How often should CV boots be checked on a Pulsar?
A quick look every service (about 10–15,000 km) is ideal. Catching a small split early and replacing the boot can save the CV joint and a lot of coin down the track.