Parts for your 1995 Mitsubishi Pajero-Centre bearing

1995 Mitsubishi Pajero centre-bearing: fitted or not?

Based on factory documentation and parts catalogues, a centre-bearing (also called a centre support bearing or hanger bearing) is used on most 1995 Mitsubishi Pajero long‑wheelbase (5‑door) models with a two‑piece rear propeller shaft. The short‑wheelbase (3‑door) models generally run a single‑piece rear shaft and therefore do not use a centre-bearing.

Technical sources referenced: Mitsubishi Pajero NH/NJ/NK Workshop Manual (1991–1997), Propeller Shaft section, Mitsubishi ASA Electronic Parts Catalogue for NH/NJ (1991–1997) LWB models, Group 22 – Propeller Shaft, Gregory’s/Max Ellery Pajero 1991–1997 repair manuals covering driveline layout and centre support bearings.

Why some 1995 Pajeros don’t have one: the SWB’s shorter distance from transfer case to rear diff allows a single‑piece shaft to stay within acceptable angles and critical speed limits. That means no need for a mid‑span support, fewer parts, and less NVH complexity. The longer LWB shell needs a two‑piece shaft to control vibration, alignment and wear, hence the centre-bearing and its rubber isolator mount.

If your 1995 Pajero is the LWB type with a centre-bearing, the part’s job is simple but crucial: it supports the middle of the two‑piece prop shaft, keeping the driveline running straight and smooth while the rubber mount soaks up vibration. When the bearing or its rubber carrier gets tired, you’ll often feel a shudder on take‑off, a hum or droning at road speed, or a clunk on load changes. Left too long, it can accelerate uni joint wear and nibble away at tyres and diff mounts due to added vibration.

Servicing tips are straightforward and very driveway‑friendly. At each service (or at least every 10,000–15,000 km), give the centre-bearing a visual once‑over: look for perished or cracked rubber, check for misalignment, and spin it by hand with the shaft unloaded if you’ve got the vehicle in the air. Any roughness, play, or sag means it’s time. While you’re there, inspect the uni joints and slip yoke, and confirm the shaft is correctly phased. Grease any serviceable joints.

Replacement is a remove‑and‑refit job: mark the flanges and yoke positions for balance, drop the two‑piece shaft, press off the old bearing, and press on the new one in the correct orientation. Renew the dust shield and carrier if required. Use new flange bolts or threadlocker to the workshop manual’s torque specs, and keep the centre-bearing bracket square to avoid pre‑loading the rubber. After refit, a quick road test should be silky—no shake under load and no mid‑car droning. If there’s still a tremor, have a driveline shop check balance and pinion/transfer case angles, as worn mounts can throw things out.

With quality parts, a centre-bearing on a Pajero can last well past 150,000–250,000 km, but rough tracks, lifted suspension, or heavy towing can shorten that. Catching wear early keeps the big stuff—gearbox, transfer and diff—happy for the long haul.

• Common signs it’s due: take‑off shudder, mid‑car vibration at 40–80 km/h, humming that changes with throttle, visible sag or cracking in the rubber carrier.
• Good practice: inspect each service, replace at the first signs of play, and check uni joints and shaft phasing at the same time.

Popular questions

How can someone tell if their 1995 Pajero actually has a centre-bearing?
Look underneath along the rear prop shaft. If it’s in two pieces with a bracket and rubber‑mounted bearing roughly mid‑way, that’s the centre-bearing—typical of LWB (5‑door). A single straight shaft from transfer to diff (no mid support) is the SWB setup.

What noises point to a worn centre-bearing versus a bad uni joint?
A failing centre-bearing often brings a low hum or droning that’s speed‑related, plus a take‑off shudder through the floor. Uni joints more commonly click or clunk on gear changes and can cause vibration that worsens under load at particular angles. In practice, check both together.

Is there a set replacement interval?
No set interval—condition‑based. Inspect each service. Many last 150,000–250,000 km, but off‑road work, lifts and towing can shorten life. Replace at the first signs of rubber perishing, bearing roughness or play, and always verify shaft alignment and phasing on refit.