Mitsubishi Pajero V60
Weaknesses, engine ratings and buying advice
The Pajero V60 (2000–2006) is the last Pajero with that classic off-roader character before the big electronics wave — monocoque body, Super Select 4WD and a broad engine range. Buyers want a rugged touring and towing 4x4 with honest mechanicals here, but need to look closely at the engine variant.
The engines: Three very different characters. The 4D56 (2.5 TD, 85 kW) is the tough penny-pincher diesel — but the timing belt is mandatory every 90,000 km (two belts!), and a snap means valve damage (sev5). Plus head gasket from overheating (sev4) and turbo (sev4). The 4M41 (3.2 DI-D, 121 kW) is the torquey main engine with a timing chain — robust at heart, but the plastic guide rail up in the head breaks out and can let the chain jump (sev4/prob3); take any noise from the timing drive seriously. The 6G74 (3.5 V6 GDI, 149 kW) is the smoothest but most demanding: carboned intake valves (prob4) and a sensitive GDI high-pressure pump (sev3) — and again a mandatory timing belt (sev5).
Which variant: The 4M41 is the sensible all-rounder, provided the chain guide is monitored. The 6G74 drives best (funRating: fun) but is the worry case with deferred maintenance and pricey cold-start stumble.
The whole vehicle: Underbody and sill rust (sev4/prob4) is issue number one here — inspect thoroughly. Mechanically, wheel bearings wear (€150–400) and the control-arm bushings (€300–900). The manual pops out of 4th gear once the synchros are gone (€600–1,800), and the automatic — with bearing damage and metal swarf in the oil — is an expensive chunk (€1,500–3,500). Add sporadic ABS warnings (€150–500) and rotted-through rear A/C lines (€200–800).
Test drive: Check the automatic fluid for swarf and discolouration — mandatory on this model. Watch the manual in 4th under load for jumping out. Cycle Super Select through all modes. On the 4M41 listen for a rattling timing drive, on the 6G74 for a stumbling cold start. Comb the underbody and sills for rust meticulously.
Market 2026: Tidy V60s sit around €6,000–13,000 depending on engine. Insider pick: a 4M41 diesel with documented chain-guide checks and a clean underbody — a rugged tourer that runs hundreds of thousands of km with care.
202 PS
Pajero · Benzin
V6 off-road machine
Fun to Drive!Generations
Engine Overview
The Mitsubishi Pajero V60 is available with 3 engine variants — from 116 to 203 hp.
Legendary 2.5-litre turbodiesel that earned a reputation over decades as an unbreakable workhorse. The valvetrain runs on a timing belt — the roughly 90,000 km change interval must be kept, as a snapped belt causes valve damage. There are two belts (timing and balance shaft) and both should be renewed together. The biggest risk is overheating: it is the main cause of cylinder head cracks and head gasket failures, typically as a crack in the bridge between the intake and exhaust valves or at the prechambers. A well-maintained cooling system is therefore essential. The intake manifold fills heavily with blow-by deposits even on well-kept vehicles, the EGR valve cokes up, and the turbocharger only wears late in life. Tough and repair-friendly given a disciplined service schedule and clean fuel.
- !! Timing belt failure with engine damage from 90,000 km
The 4D56 has two timing belts (camshaft drive and balance shaft), both requiring replacement every 90,000 km. Failure on this interference engine means severe valve damage. Belt replacement including tensioner rollers costs around 600 EUR.
Symptoms: Engine no longer starts, metallic hammering noise, compression loss - !! Head gasket blown from 150,000 km
The head gasket is a known weakness of the 4D56. In many cases not only the gasket is affected — the cylinder head itself must be skimmed or replaced.
Symptoms: Coolant loss, mayonnaise on the oil filler cap, white exhaust clouds, overheating on climbs - !! Turbocharger failed from 180,000 km
The turbocharger wears at high mileage or with poor oil supply. The VGT variant (Variable Geometry Turbo) is additionally prone to stuck vanes from soot deposits.
Symptoms: Whistling from turbo, power loss, black smoke, limp mode
+ 2 more engine weaknesses + vehicle weaknesses
Strong 3.2-litre common-rail diesel with plenty of torque that served as the main powerplant across several generations. The valvetrain runs on a chain rather than a belt — durable in principle, but with one serious weak spot: the plastic chain guide at the top of the cylinder head wears thin over time, breaks away and its fragments can make the chain jump. The result is catastrophic engine failure. A newly developing rattle must therefore be investigated immediately, and the guide is best inspected during the valve clearance check. Injectors are sensitive to water and dirt in the fuel and usually wear between 150,000 and 200,000 km; a worn injector can burn a hole in a piston. The EGR valve and DPF clog up on short trips. With timely chain-guide inspection and clean diesel it is a reliable high-miler well beyond 300,000 km.
- !! Timing chain guide worn from 120,000 km
The upper plastic timing chain guide wears and breaks up. Metal debris enters the oil system. With incorrect engine rotation direction the chain tensioner can jump out and destroy the engine.
Symptoms: Rattling from the timing chain area on cold start, rough running, in the worst case engine failure - !! Injectors blocked or failed from 150,000 km
Common-rail injectors tend to build up deposits and wear at higher mileages. Failed injectors can cause piston damage, documented in forums at 103,000–109,000 km.
Symptoms: Rough idle, smoke clouds on start, power loss, increased fuel consumption - !! EGR valve fouled and failed from 150,000 km
The EGR valve and EGR cooler block with soot deposits. Removal is very labour-intensive — the cooling system, drive belt, alternator, and turbo hoses all have to come off first.
Symptoms: Power loss, rough idle, increased fuel consumption, check engine light
+ 1 more engine weaknesses + vehicle weaknesses
The 3.5 V6 with direct injection (GDI) offers solid torque but is technically more demanding than the port-injected variants. By design the intake valves coke up because the fuel no longer washes over the valve backs — the result is power loss, rough idle and poor cold-start behaviour. The camshaft-driven high-pressure pump is sensitive to wrong or degraded oil and to contaminated fuel, showing up as power drop-off under load. Timing-belt drive with a 90,000 km interval, interference engine. Key points: high-quality fuel with detergent additives, regular intake cleaning and correct oil. Poorly maintained GDI examples are expensive to fix; well-kept ones run reliably.
- !! Timing belt — mandatory interval from 90,000 km
Interference engine with timing belt drive. Belt failure causes total engine damage through valve collision. Replacement interval: 90,000 km or 6 years, always with water pump and tensioner rollers.
Symptoms: No warning; if the belt snaps the engine dies instantly and won't restart because pistons hit the valves. - !! GDI high-pressure pump failed from 160,000 km
The GDI high-pressure pump on the 6G74 is a recognised wear item. When it fails fuel pressure collapses and the engine stumbles under load. Replacement costs over 600 EUR plus labour.
Symptoms: Power loss under load, jerking under acceleration, poor starting, low fuel pressure shown on the diagnostic tool. - !! Carbon build-up on intake valves and intake tract from 120,000 km
GDI-typical carbon deposits on intake valves and throttle body. Causes power loss, stumbling, and increased fuel consumption. Cleaning every 30,000–50,000 km recommended.
Symptoms: Rough idle, power loss, increased consumption, poor cold start, misfire fault codes.
Vehicle Weaknesses
| Weakness | Cost | |
|---|---|---|
| Underbody and sill rust Rust from 4–5 years or 100,000 km: subframe, welded seams between body panels, radiator brackets and tailgate guide. Brake and fuel lines at the rear corrode. The fuel filler neck area acts as a mud trap. Symptoms: Visible rust on sills and wheel arches, deteriorating underbody coating, corroded pipework on the underside from 100,000 km | High |
Alternatives
Land Rover Discovery L319
Full-Size SUV (2004–2017)
Nissan Pathfinder R51
Full-Size SUV (2004–2010)
Land Rover Range Rover L322
Full-Size SUV (2002–2012)
Porsche Cayenne 955
Full-Size SUV (2002–2010)
Toyota Land Cruiser J120
Full-Size SUV (2002–2009)
Volvo XC90 I
Full-Size SUV (2002–2014)
Explore more
All Mitsubishi models Known Problems and Issues +
A total of 19 weaknesses have been documented for the Mitsubishi Pajero V60 (2000–2006) — 12 engine-related and 7 vehicle-related. Typical issues affect Rust, Suspension, Gearbox, Electronics.
Pajero (4D56, 2000–2006) — Be Careful: Timing belt failure with engine damage, Head gasket blown, Turbocharger failed. Power: 116 PS.
Pajero (4M41, 2000–2006) — Be Careful: Timing chain guide worn, Injectors blocked or failed, EGR valve fouled and failed. Power: 160–165 PS.
Pajero (6G74, 2000–2006) — Be Careful: Timing belt — mandatory interval, GDI high-pressure pump failed, Carbon build-up on intake valves and intake tract. Power: 203 PS.
What to watch out for with the Mitsubishi Pajero? See the detailed listing of all engine and vehicle weaknesses in the sections above.
Frequently Asked Questions
What problems and weaknesses does the Mitsubishi Pajero V60 have? +
What should I look for when buying a used Mitsubishi Pajero V60? +
Which engine is recommended? +
Which Mitsubishi Pajero V60 engine is the most fun? +
Is the Mitsubishi Pajero V60 worth buying used? +
What horsepower variants are available for the Mitsubishi Pajero V60? +
Last updated: February 2026 · All information without guarantee