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Land Rover2002–2024 Critical issues documented

Land Rover Vogue: common faults & what to check

Thinking about buying a used Land Rover Vogue (2002–2024) in New Zealand? We've documented 14 known faults for this model spanning engine, fluid leaks, electrical, and suspension. Each researched and verified before it's published. The most serious issues here are rated critical. Every one is listed below with its symptoms and repair cost, and each has its own page with where to look and what to ask the seller. Free, no account needed.

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  • Money owing
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  • Ownership history
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  • NZ owned and operated

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14

Documented faults

Critical

Most serious

$700–$3,200

Typical repair

6

Systems covered

Which Land Rover Vogue are you looking at?

3 generation variants documented. Pick the shape you recognise: the faults, the servicing and the timeline below all narrow to it. Free, no account needed.

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Land Rover Vogue

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Can't confirm for this car

Land Rover Vogue

Nothing has been narrowed yet, so nothing below is a claim about a particular car. Pick a year and an engine to see which faults apply.

Tell us the engine, or check the engine code on the car, before relying on this.

matched on no vehicle context

What to look out for

The checks worth doing on a Land Rover Vogue before you hand over any money. Every documented fault is listed below, each with its own page.

  • Serious issue

    Verify via service history whether the updated oil pump drive shaft per TSB LTB00569 has been installed.

    See why

    TDV8 3.6 Oil Pump Drive Shaft Shear

    The 3.6-litre TDV8 diesel uses a separate drive shaft to transfer rotational force from the crankshaft sprocket to the oil pump body. The shaft is machined from a material susceptible to shear stress fracture at the drive dog end, particularly during cold-start conditions when oil viscosity is high and pump resistance is greatest. Once the shaft shears, oil pump delivery ceases instantly and oil pressure drops to zero. Engine bearing surfaces lose lubrication within seconds and the crankshaft, connecting rod bearings, and cylinder bores suffer catastrophic seizure. There is typically no meaningful warning — the oil pressure light may flicker momentarily before complete engine destruction. Pre-2009 production engines carry the highest risk and Land Rover issued Technical Service Bulletin LTB00569 to address the shaft design.

    What you would notice

    • Sudden illumination of oil pressure warning light
    • Immediate engine knock followed by seizure
    • Engine stops and will not restart
    • Catastrophic metallic noise just before shutdown
    • No oil pressure reading on scan tool before failure

    Typically $4,500–$24,000 to put right.

  • Serious issue

    Cold-start the engine after it has sat overnight and listen carefully to the front of the engine for chain rattle in the first 10-30 seconds.

    See why

    4.4 V8 M62 Timing Chain Guide Failure

    Early L322 Range Rovers used the BMW-designed M62 4.4-litre V8 petrol engine, which routes drive to dual overhead camshafts via a multi-stage chain system with plastic guide rails. These guides are manufactured from a nylon-based composite that embrittles and fractures under sustained heat cycling and oil degradation products. As the guides disintegrate, chain tensioning is lost, the primary and secondary chains stretch and develop slack, and timing retards unevenly across the two banks. Cold-start chain rattle progresses to persistent rattle at all temperatures, followed by camshaft position errors, misfires, and ultimately piston-to-valve contact if the chain skips a tooth. Infrequent oil changes significantly accelerate guide degradation.

    What you would notice

    • Rattling from front of engine on cold start that may partially clear when warm
    • Persistent chain rattle at all operating temperatures in advanced cases
    • Misfires on multiple cylinders with camshaft timing fault codes
    • Rough idle that worsens progressively over months
    • Check engine light with P0340/P0345 or cam position correlation codes
    • Engine management limp mode

    Typically $2,800–$14,000 to put right.

  • Serious issue

    Be there for a stone-cold start and listen before anything else happens.

    See why

    3.0 TDV6 crankshaft bearing rotation — the engine-ending fault

    This is the most serious failure in the L405 diesel range and it deserves to be treated as a deal-breaker rather than a bargaining point. Land Rover issued a service bulletin to dealers in 2014 covering crankshaft and crankshaft bearing failure on the TDV6, attributed mainly to main bearing shells being incorrectly located during assembly, or rotating in their housings during normal use. Once a shell turns it blocks its own oil feed, the oil film collapses and the crank journal is destroyed in short order. The crankshaft in this engine is compact and narrow, which leaves little margin between the rod journals and the counterweights. Because the outcome is a replacement engine in a vehicle where that job runs into five figures, the early warning signs are worth far more attention here than on almost any other car: a low rhythmic knock from the bottom of the engine, and an oil pressure light that flickers.

    What you would notice

    • Low rhythmic knock or rumble from the bottom of the engine, worst on start-up
    • Oil pressure warning light flickering, especially at idle when hot
    • Metallic glitter or shards in the oil or on the drain plug
    • Rough running or a noticeable loss of power
    • Noise that rises and falls with engine speed rather than road speed

    Typically $9,000–$32,000 to put right.

  • Costly issue

    Check all four corner heights at rest with engine off for 30 minutes.

    See why

    Air Suspension Compressor Overheating & Failure

    The EAS compressor is forced to cycle excessively when air escapes from perished rubber air spring bags, cracked interconnecting pipework, or leaking valve block solenoids. Sustained thermal stress destroys the internal piston diaphragm, burns the motor windings, and trips the thermal cutout permanently. The rubber air bags fail independently from UV degradation and age-related cracking, which then forces the compressor to run continuously until it burns out. This cascade failure is the single most common fault on all L322 variants regardless of engine.

    What you would notice

    • Vehicle sitting low on one or more corners at rest
    • Compressor running continuously or not at all
    • Air suspension fault warning on instrument cluster
    • Vehicle fails to raise from park/access height
    • Audible hissing from wheel arch area indicating air leak
    • System defaults to lowest height and will not rise

    Typically $700–$5,500 to put right.

  • Costly issue

    Repeat at 3 and 9 o'clock to check wheel bearing.

    See why

    Front Ball Joint & Control Arm Bush Wear

    The L322 front suspension uses upper and lower control arms with rubber-bonded inner pivot bushes and ball joints at the steering knuckle. The vehicle's high unladen kerb weight of up to 2,700 kg generates substantial ball joint loading in cornering and braking, accelerating wear at the taper interface. The lower ball joint is particularly vulnerable and develops rotational play that allows the knuckle to move beyond safe angular limits, creating steering imprecision and a clunking sensation. Inner control arm bush rubber degrades from oil contamination and age, losing compliance and transmitting vibration directly to the subframe. Large-diameter alloy wheel fitment with low-profile tyres eliminates tyre sidewall compliance and transfers load impacts directly to the ball joints, worsening wear rates.

    What you would notice

    • Clunking or knocking from front suspension over speed bumps and rough surfaces
    • Vague, imprecise steering feel with slight wander
    • Uneven or accelerated front tyre wear across the tread
    • Vibration transmitted through steering wheel at certain speeds
    • Vehicle pulls to one side under hard braking

    Typically $1,100–$3,800 to put right.

  • Costly issue

    Check coolant expansion tank level and look for mineral deposits or brown sludge in the tank.

    See why

    TDV8 Coolant Crossover Pipe O-Ring Failure

    The 3.6-litre TDV8 diesel is a 90-degree V8 configuration with a coolant crossover pipe, commonly called the sandcastle pipe due to its distinctive crenellated profile, spanning the valley between the two cylinder banks. The pipe seats into machined recesses in the engine block at each end, sealed by rubber O-rings. Thermal cycling between cold soak and operating temperature causes the O-ring material to compress-set and lose its sealing force over time. When the O-rings fail, coolant escapes into the valley. Depending on the valley drain path, coolant either runs externally down the block — producing a sweet smell but no puddle — or migrates past the valley gasket into the crankcase, contaminating the engine oil with a characteristic mayonnaise emulsion. Failure is progressive and often missed in routine checks.

    What you would notice

    • Coolant level dropping gradually with no visible external puddle
    • Sweet coolant smell from engine bay after a drive
    • Mayonnaise-like emulsion on the oil filler cap or dipstick
    • White exhaust smoke if coolant reaches combustion chamber
    • Engine overheating with no obvious cause
    • Coolant mineral deposits visible in valley between cylinder banks

    Typically $750–$3,200 to put right.

See all 14 documented issuesEverything researched for the Land Rover Vogue, including 6 rated critical.
Depends on which engine this Land Rover Vogue has — 14Each of these is documented for one particular engine. Pick the year and engine above to see which of them apply.
Engine, transmission & cooling6

013.0 TDV6 crankshaft bearing rotation — the engine-ending fault

Be there for a stone-cold start and listen before anything else happens.diesel2013–2018Engine
OccasionalEngine $9,000–$32,000 to fix

Can't confirm for this car

This is the most serious failure in the L405 diesel range and it deserves to be treated as a deal-breaker rather than a bargaining point. Land Rover issued a service bulletin to dealers in 2014 covering crankshaft and crankshaft bearing failure on the TDV6, attributed mainly to main bearing shells being incorrectly located during assembly, or rotating in their housings during normal use. Once a shell turns it blocks its own oil feed, the oil film collapses and the crank journal is destroyed in short order. The crankshaft in this engine is compact and narrow, which leaves little margin between the rod journals and the counterweights. Because the outcome is a replacement engine in a vehicle where that job runs into five figures, the early warning signs are worth far more attention here than on almost any other car: a low rhythmic knock from the bottom of the engine, and an oil pressure light that flickers.

Symptoms to notice

  • Low rhythmic knock or rumble from the bottom of the engine, worst on start-up
  • Oil pressure warning light flickering, especially at idle when hot
  • Metallic glitter or shards in the oil or on the drain plug
  • Rough running or a noticeable loss of power
  • Noise that rises and falls with engine speed rather than road speed

What to check

Be there for a stone-cold start and listen before anything else happens. Stand at the front with the bonnet up as it fires and listen to the bottom of the engine, not the top: a deep, rhythmic knock or rumble in the first seconds, even if it fades, is the sign that matters and it is the reason to walk away rather than negotiate. Let it idle until warm and watch the dash constantly for the oil pressure light — a flicker at hot idle is significant on this engine in a way it is not on many others. Take the oil filler cap off and look at the underside and the oil on the dipstick for a metallic glitter in the film. Ask for the full service history and read the oil change intervals rather than accepting a summary; ask specifically whether the engine has ever been apart, rebuilt or replaced, and whether the car has ever been to a Land Rover dealer for engine noise. Given the cost of being wrong on this one car, treat any uncertainty as a reason not to proceed. If a workshop inspection is possible: an oil pressure test and an oil sample analysis are the two things worth paying for here, and either will find it before you own it.

Where to look: Bottom of the engine — crankshaft main and big-end bearing shells

Ask the seller

  • “Is there any knock or rumble from the engine on a cold start?”
  • “Has the oil pressure light ever come on, even briefly?”
  • “Has the engine ever been rebuilt or replaced, and can I see the invoice?”

02TDV8 3.6 Oil Pump Drive Shaft Shear

Verify via service history whether the updated oil pump drive shaft per TSB LTB00569 has been installed.diesel2006–2012Engine
CommonEngine $4,500–$24,000 to fix

Can't confirm for this car

The 3.6-litre TDV8 diesel uses a separate drive shaft to transfer rotational force from the crankshaft sprocket to the oil pump body. The shaft is machined from a material susceptible to shear stress fracture at the drive dog end, particularly during cold-start conditions when oil viscosity is high and pump resistance is greatest. Once the shaft shears, oil pump delivery ceases instantly and oil pressure drops to zero. Engine bearing surfaces lose lubrication within seconds and the crankshaft, connecting rod bearings, and cylinder bores suffer catastrophic seizure. There is typically no meaningful warning — the oil pressure light may flicker momentarily before complete engine destruction. Pre-2009 production engines carry the highest risk and Land Rover issued Technical Service Bulletin LTB00569 to address the shaft design.

Symptoms to notice

  • Sudden illumination of oil pressure warning light
  • Immediate engine knock followed by seizure
  • Engine stops and will not restart
  • Catastrophic metallic noise just before shutdown
  • No oil pressure reading on scan tool before failure

What to check

  1. Verify via service history whether the updated oil pump drive shaft per TSB LTB00569 has been installed.
  2. Inspect for evidence of recent engine oil changes — infrequent changes increase cold-start viscosity spikes.
  3. Ask for engine build date stamped on the block to cross-reference against updated production.
  4. If a workshop inspection is possible: Connect a diagnostic scanner and check for any historical oil pressure fault codes.

Where to look: Oil pump drive shaft at front of engine behind crankshaft sprocket, inside timing chest

Ask the seller

  • “Has the oil pump drive shaft TSB LTB00569 been actioned by a Land Rover dealer?”
  • “Has the engine ever shown an oil pressure warning or been rebuilt?”
  • “Can you provide the full stamped service history including oil change dates?”

034.4 V8 M62 Timing Chain Guide Failure

Cold-start the engine after it has sat overnight and listen carefully to the front of the engine for chain rattle in the first 10-30 seconds.petrol2002–2005Engine
CommonEngine $2,800–$14,000 to fix

Can't confirm for this car

Early L322 Range Rovers used the BMW-designed M62 4.4-litre V8 petrol engine, which routes drive to dual overhead camshafts via a multi-stage chain system with plastic guide rails. These guides are manufactured from a nylon-based composite that embrittles and fractures under sustained heat cycling and oil degradation products. As the guides disintegrate, chain tensioning is lost, the primary and secondary chains stretch and develop slack, and timing retards unevenly across the two banks. Cold-start chain rattle progresses to persistent rattle at all temperatures, followed by camshaft position errors, misfires, and ultimately piston-to-valve contact if the chain skips a tooth. Infrequent oil changes significantly accelerate guide degradation.

The front of a dual overhead camshaft engine with the timing cover removed, exposing the timing chain and sprockets.Example of the part — not this vehicle

The front of a twin-cam engine with the timing cover off — chain, sprockets and guides.

Logansenf · CC BY-SA 4.0 · Wikimedia Commons

Symptoms to notice

  • Rattling from front of engine on cold start that may partially clear when warm
  • Persistent chain rattle at all operating temperatures in advanced cases
  • Misfires on multiple cylinders with camshaft timing fault codes
  • Rough idle that worsens progressively over months
  • Check engine light with P0340/P0345 or cam position correlation codes
  • Engine management limp mode

What to check

Cold-start the engine after it has sat overnight and listen carefully to the front of the engine for chain rattle in the first 10-30 seconds. Request full service history documenting oil change intervals — anything beyond 10,000 km intervals is a risk flag. Any rattle that appears at warm idle indicates advanced guide failure. If a workshop inspection is possible: Connect a diagnostic tool and read for stored cam timing and cam position correlation fault codes.

Where to look: Timing chain, tensioners, and guides at front of engine behind removable timing cover

Parts involved: Timing chain.

Ask the seller

  • “Has the timing chain, guides, and tensioners been replaced?”
  • “What has the oil change interval been throughout the vehicle's life?”
  • “Has the check engine light ever been present, or are there any stored fault codes?”

04TDV8 Coolant Crossover Pipe O-Ring Failure

Check coolant expansion tank level and look for mineral deposits or brown sludge in the tank.diesel2006–2012Cooling
CommonCooling $750–$3,200 to fix

Can't confirm for this car

The 3.6-litre TDV8 diesel is a 90-degree V8 configuration with a coolant crossover pipe, commonly called the sandcastle pipe due to its distinctive crenellated profile, spanning the valley between the two cylinder banks. The pipe seats into machined recesses in the engine block at each end, sealed by rubber O-rings. Thermal cycling between cold soak and operating temperature causes the O-ring material to compress-set and lose its sealing force over time. When the O-rings fail, coolant escapes into the valley. Depending on the valley drain path, coolant either runs externally down the block — producing a sweet smell but no puddle — or migrates past the valley gasket into the crankcase, contaminating the engine oil with a characteristic mayonnaise emulsion. Failure is progressive and often missed in routine checks.

Symptoms to notice

  • Coolant level dropping gradually with no visible external puddle
  • Sweet coolant smell from engine bay after a drive
  • Mayonnaise-like emulsion on the oil filler cap or dipstick
  • White exhaust smoke if coolant reaches combustion chamber
  • Engine overheating with no obvious cause
  • Coolant mineral deposits visible in valley between cylinder banks

What to check

  1. Check coolant expansion tank level and look for mineral deposits or brown sludge in the tank.
  2. Inspect the valley between cylinder banks for coolant residue, white deposits, or rust staining.
  3. Remove the oil filler cap and inspect the underside for white or cream emulsion — this is the clearest indicator of coolant-in-oil contamination.
  4. If a workshop inspection is possible: Pressure-test the cooling system to 1.2 bar and watch for pressure drop that would indicate the crossover pipe O-ring seats are leaking.

Where to look: Coolant crossover pipe in the centre valley between the two cylinder banks, visible when the engine cover is removed

Ask the seller

  • “Has the TDV8 coolant crossover pipe O-rings been replaced?”
  • “Has the coolant level needed regular topping up between services?”
  • “Has the engine oil ever appeared contaminated or emulsified?”

05ATC Transfer Case Motor Failure & Diff Lock Errors

Inspect the ATC motor connector on the transfer case housing for green corrosion or water tracking.2002–2012Transmission
CommonTransmission $950–$3,200 to fix

Can't confirm for this car

The Active Transfer Case on the L322 is shifted between high and low range by an electric motor actuator mounted externally on the transfer case housing. The actuator contains an electric motor, reduction gearset, and position sensor, all sealed in a plastic housing that is exposed to road water, mud, and thermal cycling. Water ingress through the multi-pin electrical connector is the primary failure mechanism — corrosion on the connector pins increases resistance until the TCM can no longer confirm actuator position and raises a Transfer Box Fault. Complete motor burnout also occurs when repeated failed shift attempts cause sustained current draw. Once failed, the vehicle is locked in whatever range it was in with no ability to select the other range.

Symptoms to notice

  • Transfer Box Fault warning on instrument cluster
  • Diff Lock Unavailable message
  • Loss of ability to select high or low range
  • 4WD system warning light illuminated
  • Shift selector unresponsive with no mechanical engagement

What to check

Inspect the ATC motor connector on the transfer case housing for green corrosion or water tracking. Attempt to cycle between high and low range in a controlled environment. Check for evidence of deep water wading — submerged actuator connectors fail rapidly. If a workshop inspection is possible: Connect a Land Rover-capable diagnostic tool and read transfer case module fault codes.

Where to look: ATC motor actuator mounted on the right (passenger) side of the transfer case beneath the centre transmission tunnel

Parts involved: Transfer case, Differential.

Ask the seller

  • “Has the transfer case motor or its electrical connector been replaced?”
  • “Does high and low range select and deselect without any warning messages?”
  • “Has the vehicle been used for serious off-road driving or water crossings?”

06Plastic inlet manifold cracking — 'Restricted Performance' on the 3.0 diesel

Load the engine on the test drive, because this fault hides at light throttle.diesel2013–2021Engine
CommonEngine $700–$2,600 to fix

Can't confirm for this car

The inlet manifold on the 3.0 TDV6 and SDV6 is a plastic part, and it cracks. So do the rocker covers on the same engines. The result is an unmetered air leak, and the first the driver knows about it is a 'Restricted Performance' message and the car dropping into a reduced-power mode, most often when the engine is loaded — pulling up a hill, overtaking, or towing. It can be intermittent for weeks before it becomes permanent, which is why a short flat test drive can miss it entirely. The same message has several possible causes on this engine, including a leaking gasket and a failing throttle body, so a driver reporting 'Restricted Performance' has told you there is a problem but not which one. It is a genuine repair rather than a catastrophe, but it is not a small one, and a car being sold with the message appearing occasionally is a car being sold for a reason.

Symptoms to notice

  • 'Restricted Performance' message with a sudden loss of power
  • Power returning to normal after switching the engine off and on
  • Hissing or whistling from the top of the engine under load
  • Engine warning light, sometimes clearing by itself
  • Rough idle, or hesitation when accelerating hard

What to check

  1. Load the engine on the test drive, because this fault hides at light throttle.
  2. Find a hill or a motorway on-ramp and accelerate hard through it, then repeat — a 'Restricted Performance' message and a sudden flattening of power is the classic presentation, and it very often takes more than one hard pull to bring on.
  3. Watch the whole dash during those pulls rather than just the road.
  4. With the bonnet up and the engine idling, listen across the top of the engine for a hiss or a whistle that rises with the revs.
  5. Look over the plastic inlet manifold and rocker covers for obvious cracks, oil weeping along a seam, or a section that has been sealed or repaired.
  6. Ask the seller directly whether the car has ever shown a 'Restricted Performance' message and what was done about it — most owners of these have seen it at least once and will say so.
  7. Check the service record for manifold, rocker cover or throttle body work.
  8. If a workshop inspection is possible: have the stored fault codes read, since manifold cracks, gasket leaks and throttle body faults all trigger the same message and carry very different bills.

Where to look: Top of the engine — plastic inlet manifold and rocker covers

Parts involved: Intake manifold.

Ask the seller

  • “Has a 'Restricted Performance' message ever appeared, and how often?”
  • “Has the inlet manifold, rocker cover or throttle body ever been replaced?”
  • “Does it ever lose power going up a hill or when overtaking?”
Electrical3

01Headlamp software recall — lights and indicators can stop working

2023Electrical
OccasionalElectrical $0–$1,500 to fix

Can't confirm for this car

Recall campaign N810, issued in July 2023 for 2023 vehicles, covers a software fault where the headlamps may not operate as intended — potentially taking out the headlights, the front position lamps, the daytime running lights and the direction indicators together. Losing all of that at once is a genuine hazard at night and it removes your ability to signal a turn at any time of day. Because it is software rather than a burnt-out bulb, it can appear and disappear, and a car that lit up perfectly during a daytime viewing tells you nothing. The remedy is a free software update at a dealer, so this is a VIN check first and a walk-around second.

Symptoms to notice

  • Headlights, daytime running lights or position lamps failing to come on
  • Indicators not working, or working on one side only
  • Lighting warning message on the dash
  • Lights working intermittently, or coming back after a restart
  • Automatic headlights not switching on when they should

What to check

Ask a Land Rover dealer to check the VIN for campaign N810 and any other outstanding one — free, and the reliable answer for a software fault that may not be present on the day. Then do a proper walk-around with the lights on rather than a glance. With the engine running, switch on the headlights and walk right around the vehicle checking dipped beam, main beam, the daytime running lights and both front position lamps, and confirm both sides match. Operate the indicators left and right and confirm every corner flashes at the normal rate — a fast flash usually means a bulb or driver has failed on that side. Try the hazards. Switch the lights to automatic and cover the sensor or check them in a dark garage to confirm they come on by themselves. Switch the vehicle off and on again and repeat the check, since an intermittent software fault often shows on one cycle and not another. Watch the dash for any lighting message. If a workshop inspection is possible: ask for the lighting module software version and stored faults to be confirmed.

Where to look: Front of the vehicle — headlamp units and the lighting control software

Ask the seller

  • “Has the headlamp software recall N810 been completed?”
  • “Have the lights or indicators ever failed to work, even once?”
  • “Which other recalls are outstanding against this VIN?”

02Door latch assembly failure — doors that will not lock or will not stay shut

Test every door individually rather than assuming they behave the same, because these fail one at a time.2013–2021Electrical
CommonElectrical $700–$2,500 to fix

Can't confirm for this car

The door latch on an L405 is not a simple catch. It is a sealed assembly containing the locking mechanism, the soft-close motor and the position switches, and it fails often enough that it is one of the defining faults of this vehicle. Moisture works its way in and the mechanism binds. Symptoms range from irritating to serious: a door that will not lock even though the car says it has, a door that opens despite central locking being set, soft-close that stops working, or a door that will not latch shut at all. Land Rover recalled 2013 to 2016 cars for doors failing to latch. Because the parts are now one sealed unit, a failure means replacing the whole assembly rather than fixing a component, and with four doors on the car it is common to end up doing more than one.

Symptoms to notice

  • A door that will not lock, or unlocks itself after locking
  • Soft-close not pulling the door in on one or more doors
  • Door ajar warning on the dash with all doors visibly shut
  • Door needing a hard slam to catch, or not latching at all
  • Interior light staying on, or the alarm failing to set

What to check

Test every door individually rather than assuming they behave the same, because these fail one at a time. Open and close each of the four doors in turn and confirm each catches on a normal, gentle push rather than needing a slam. If the car has soft-close, check that each door pulls itself in — a door that stays proud on one corner is the give-away. Lock the car with the key fob, then walk round and try every handle including the tailgate; nothing should open. Unlock and lock again from inside using the central locking, and watch for a door that does not follow. With the ignition on, check the dash for a door ajar warning while every door is shut. Check the interior light goes out and stays out with the doors closed. Ask the seller whether any latch has been replaced and whether the alarm ever fails to set — an alarm that will not arm is usually a latch reporting a door as open. If a workshop inspection is possible: ask for the door module fault memory to be read, which names the offending door directly.

Where to look: All four doors and the tailgate — sealed latch assemblies in the rear edge of each door

Ask the seller

  • “Have any of the door latches been replaced, and which ones?”
  • “Does the alarm always set, and does every door lock every time?”
  • “Does soft-close work on all four doors?”

03Terrain Response Relay & Mode Selector Fault

2003–2012Electrical
CommonElectrical $480–$2,400 to fix

Can't confirm for this car

The Terrain Response system introduced on the L322 from 2003 coordinates throttle mapping, ZF gearbox shift schedules, centre differential lock, HDC, and stability control across five terrain programmes via a dedicated control module, relay pack, and rotary mode selector dial. The selector dial uses a resistive track that degrades with wear and contamination, producing intermittent contact failures that cause the module to misread the selected programme. The relay pack, located in the rear electrical compartment, is susceptible to voltage transients and moisture ingress, causing random fault states. The system may lock into a single programme, fail to return to General programme, or trigger simultaneous cascading warnings across multiple vehicle systems.

Symptoms to notice

  • Terrain Response warning lamp on instrument cluster
  • System locked in a single terrain programme
  • Multiple simultaneous warning lights — DSC, ABS, Hillstart
  • Rotary TR selector unresponsive or slow to register
  • System shows correct mode but vehicle does not respond accordingly

What to check

Cycle through all five Terrain Response programmes — General, Grass/Gravel/Snow, Mud/Ruts, Sand, Rock Crawl — and confirm each engages without error codes. Retrieve TR module stored fault codes. Inspect rotary selector for physical wear or sticky operation. Test from cold as faults are often intermittent and heat-related.

Where to look: TR rotary selector on centre console; TR relay pack in right rear load area electrical compartment; TR control module under centre console

Parts involved: Differential.

Ask the seller

  • “Does the Terrain Response system cycle through all five programmes without warning lights?”
  • “Has the TR rotary selector, relay pack, or control module been replaced?”
  • “Are there any persistent or intermittent warning lights on the dashboard?”
Body, brakes, suspension & interior3

01Air Suspension Compressor Overheating & Failure

Check all four corner heights at rest with engine off for 30 minutes.2002–2012Suspension
Very commonSuspension $700–$5,500 to fix

Can't confirm for this car

The EAS compressor is forced to cycle excessively when air escapes from perished rubber air spring bags, cracked interconnecting pipework, or leaking valve block solenoids. Sustained thermal stress destroys the internal piston diaphragm, burns the motor windings, and trips the thermal cutout permanently. The rubber air bags fail independently from UV degradation and age-related cracking, which then forces the compressor to run continuously until it burns out. This cascade failure is the single most common fault on all L322 variants regardless of engine.

Symptoms to notice

  • Vehicle sitting low on one or more corners at rest
  • Compressor running continuously or not at all
  • Air suspension fault warning on instrument cluster
  • Vehicle fails to raise from park/access height
  • Audible hissing from wheel arch area indicating air leak
  • System defaults to lowest height and will not rise

What to check

  1. Check all four corner heights at rest with engine off for 30 minutes.
  2. Listen for compressor cycling frequency.
  3. Inspect rubber bag surfaces for surface cracking, perishing, or collapse at the lower bead.
  4. Check nylon air lines under the vehicle for chafe or rodent damage.
  5. Request live EAS height sensor data via diagnostic tool to identify the leaking corner.

Where to look: EAS compressor in left rear wheel arch; air spring bags at each corner behind wheel; valve block on firewall under bonnet

Parts involved: Air suspension strut.

Ask the seller

  • “Has the air suspension compressor, bags, or pipework been replaced?”
  • “Does the vehicle raise and lower correctly through all Terrain Response height settings?”
  • “Has any air suspension fault code ever been present on the dashboard?”

02Air suspension — compressor thermal cutout, air spring seep and slow rise

Every L405 rides on four-corner air suspension, and it is the system most likely to cost the next owner money.2013–2021Suspension
CommonSuspension $900–$5,500 to fix

Can't confirm for this car

Every L405 rides on four-corner air suspension, and it is the system most likely to cost the next owner money. Age gets it in three places at once: the rubber air springs develop a slow seep, the compressor then runs far more often than it was designed to and overheats into a thermal cutout, and the corner valve block or a height sensor eventually joins in. The pattern owners describe is a car that settles overnight and takes an unusually long time to lift in the morning, or a 'suspension inactive' style message that appears and then clears. It rarely strands you immediately, but a compressor that has been working against a leaking spring for months is a compressor that is already worn out, so the bill grows the longer it is ignored — and a car parked at an even height for a viewing tells you nothing at all.

Symptoms to notice

  • Car sitting low, or lower at one corner, after being parked overnight
  • Slow to rise on start-up, or not rising to the selected height
  • Suspension warning message on the dash, sometimes clearing by itself
  • Compressor running far longer or more often than expected
  • Ride height changing on its own, or access height not working

What to check

The most valuable check is the one you cannot do at a scheduled viewing: see the car after it has sat overnight, unstarted, and look at it before the engine is turned on. On level ground, compare the gap between each tyre and its arch — all four should be even, and one corner sitting noticeably lower is the giveaway. This matters because the system lifts the car within a minute of starting and hides the fault completely, so a car that is already running when you arrive has told you nothing. With the engine started, watch how long it takes to come up to normal height and listen for the compressor running on and on rather than stopping. Cycle through the height settings and confirm the car actually moves to each one. Watch the dash for any suspension message during the whole visit. On the drive, listen for a hiss from any corner and note whether the car feels level. Ask the seller how often it has needed suspension work — on this vehicle almost every honest answer is 'at least once'. If a workshop inspection is possible: have the system checked for stored suspension codes and the compressor run time assessed.

Where to look: All four corners — air springs, height sensors, corner valve block, and the compressor in the front of the vehicle

Parts involved: Air suspension strut.

Ask the seller

  • “Does it sit level after being parked overnight, and can I see it before it is started?”
  • “Have any air springs or the compressor ever been replaced?”
  • “Has a suspension warning message ever appeared?”

03Front Ball Joint & Control Arm Bush Wear

Repeat at 3 and 9 o'clock to check wheel bearing.2002–2012Suspension
CommonSuspension $1,100–$3,800 to fix

Can't confirm for this car

The L322 front suspension uses upper and lower control arms with rubber-bonded inner pivot bushes and ball joints at the steering knuckle. The vehicle's high unladen kerb weight of up to 2,700 kg generates substantial ball joint loading in cornering and braking, accelerating wear at the taper interface. The lower ball joint is particularly vulnerable and develops rotational play that allows the knuckle to move beyond safe angular limits, creating steering imprecision and a clunking sensation. Inner control arm bush rubber degrades from oil contamination and age, losing compliance and transmitting vibration directly to the subframe. Large-diameter alloy wheel fitment with low-profile tyres eliminates tyre sidewall compliance and transfers load impacts directly to the ball joints, worsening wear rates.

The front wheel of a car splayed outward with the lower control arm hanging down after a ball joint separation.Example of the part — not this vehicle

A separated lower ball joint: the control arm has dropped and the wheel has splayed out under the guard.

Elfix · CC0 · Wikimedia Commons

Symptoms to notice

  • Clunking or knocking from front suspension over speed bumps and rough surfaces
  • Vague, imprecise steering feel with slight wander
  • Uneven or accelerated front tyre wear across the tread
  • Vibration transmitted through steering wheel at certain speeds
  • Vehicle pulls to one side under hard braking

What to check

Repeat at 3 and 9 o'clock to check wheel bearing. Inspect upper and lower control arm inner bushes for rubber splitting, displacement from the metal sleeve, or oil contamination. Check front tyre wear for feathering or diagonal scalloping indicating bush compliance failure. If a workshop inspection is possible: With the vehicle on a hoist and wheels hanging free, grasp each front wheel at 12 and 6 o'clock and rock it to check for lower ball joint play.

Where to look: Upper and lower control arms at each front wheel; ball joints at the wheel hub/steering knuckle junction; inner bush at subframe mounting point

Parts involved: Ball joint.

Ask the seller

  • “Has any front suspension work including ball joints or control arm bushes been completed?”
  • “Are there any clunking noises from the front end over rough road or at low speed?”
  • “What is the current front tyre wear pattern and when were the tyres last replaced?”
Fluid leaks2

01Camshaft carrier oil gallery recall — oil leak, or oil into the air intake

2022–2023Fluid Leaks
OccasionalFluid Leaks $0–$5,000 to fix

Can't confirm for this car

Recall campaign N763, issued in February 2023 for 2022 and 2023 cars, covers a camshaft carrier whose oil gallery may not have been drilled to specification. Two things can follow: an external oil leak, or — the worse one — oil discharging into the engine's air intake. Oil in the intake on a modern turbocharged engine is not just a mess; in the wrong quantity an engine can start running on it, which is a condition the driver cannot stop by lifting off the throttle. This is a manufacturing error rather than wear, the fix is free, and the only question that matters is whether it has been carried out on this particular car. On an imported example the original notice went to an owner overseas, which is exactly how a campaign like this gets missed.

Symptoms to notice

  • Oil level dropping between services with no obvious puddle
  • Oil residue in the intake pipework, or oil misting around the top of the engine
  • Blue smoke from the exhaust
  • Oil spots where the car has been parked, or a burning oil smell after a drive
  • Often nothing at all until the leak becomes significant

What to check

Start with the VIN — note it from the base of the windscreen or the driver's door jamb and ask a Land Rover dealer which campaigns are outstanding, asking about N763 by name, because this vehicle carries several separate ones and having one done says nothing about the others. The check is free. Then look with the bonnet up on a cold engine: work across the top of the engine looking for wet oil, oil misting, or dirt stuck to an oily film, which is what a slow leak looks like once it has been there a while. Check the oil level and colour on the dipstick or the electronic gauge and note whether it sits where it should. Look on the ground where the car normally parks for fresh oil spots. Stand behind the car on a cold start and watch for blue smoke that persists rather than clearing. Ask the seller how often they top the oil up and whether the car was imported, and ask to see every recall invoice. If a workshop inspection is possible: ask for the camshaft carrier area and the intake pipework to be inspected for oil.

Where to look: Top of the engine — camshaft carrier and its oil gallery, with the air intake alongside

Ask the seller

  • “Has recall N763 been completed, and can I see the dealer invoice?”
  • “Do you ever need to top up the oil between services?”
  • “Was the car imported, and has it been to a Land Rover dealer here?”

02Engine oil cooler hose recall — hose can detach, with a fire risk

Recall campaign H845, issued in December 2023, covers a threaded nut securing the engine oil cooler hose that may not have been tightened enough.2022–2024Fluid Leaks
OccasionalFluid Leaks $0–$2,500 to fix

Can't confirm for this car

Recall campaign H845, issued in December 2023, covers a threaded nut securing the engine oil cooler hose that may not have been tightened enough. A hose that works loose and detaches dumps engine oil, and engine oil onto hot components is a fire risk — which is how the campaign describes it. That framing is the reason to treat this differently from an ordinary oil leak: the failure is sudden rather than gradual, and the consequence is not just an expensive engine. The remedy is free and takes a dealer minutes. Because it turns on an assembly-line torque rather than anything you can predict from mileage or condition, the VIN check is the only real answer, and a car whose paperwork you cannot see should be assumed unrepaired until a dealer says otherwise.

Symptoms to notice

  • Oil spots or a wet oily patch where the car has been parked
  • Oil level dropping between services
  • Burning oil smell after a drive, or smoke from the engine bay
  • Oil pressure or oil level warning on the dash
  • Often nothing at all until the hose lets go

What to check

  1. Take the VIN and ask a Land Rover dealer to confirm campaign H845 specifically, along with every other outstanding one — free, and the only reliable answer, because a correctly tightened nut looks identical to one that was never checked.
  2. Ask the seller for every recall invoice and read them rather than accepting a summary.
  3. Then look for evidence yourself: check the ground where the car normally sits for oil spots, and with the bonnet up on a cold engine look down and around the oil cooler and its hoses for wet oil, weeping at a joint, or dirt stuck to an oily film.
  4. Check the oil level reads where it should.
  5. After the test drive, with the engine hot, stand at the front with the bonnet up and check for any smell of burning oil or wisps of smoke, which is what oil reaching a hot component produces.
  6. Watch the dash throughout for an oil pressure or oil level warning.
  7. If a workshop inspection is possible: ask for the oil cooler hose connections to be checked for tightness.

Where to look: Engine bay — engine oil cooler hose and its threaded securing nut

Ask the seller

  • “Has recall H845, the oil cooler hose recall, been completed?”
  • “Are there any oil spots where the car is normally parked?”
  • “Has an oil pressure or oil level warning ever appeared?”

What these repairs cost on other cars

Some of the Land Rover Vogue’s documented faults are repairs other models share. Each page lists the documented NZ cost for every model it affects.

Other Land Rover models

Land Rover Discovery27 documented faultsLand Rover Range Rover Sport25 documented faultsLand Rover Range Rover22 documented faultsLand Rover LR311 documented faultsLand Rover LR410 documented faultsLand Rover Freelander9 documented faults

Land Rover Vogue buyer questions

Is the Land Rover Vogue reliable?

Like any used car, it depends on the specific example and its service history. Across the 14 documented faults for the Land Rover Vogue, the recurring problem areas are engine, fluid leaks, and electrical. A Land Rover Vogue with a full service history and no signs of the issues listed on this page can be a sound buy but each one needs to be checked individually before you commit.

What are the most common problems with a used Land Rover Vogue?

We've catalogued 14 known faults for the Land Rover Vogue, covering engine, fluid leaks, and electrical. All 14 are written out in full on this page, with the symptoms to notice, what to inspect, and typical repair costs for each. Free to read, no account needed.

How much do repairs cost on a Land Rover Vogue?

Most single repairs on the Land Rover Vogue fall between $700–$3,200 at NZ independent-workshop rates. Some of the 14 documented faults cost less and a few cost considerably more, and no one car needs them all. Knowing which ones to look for before you view is what lets you negotiate the price down or walk away.

Should I get a pre-purchase inspection on a Land Rover Vogue?

Yes. A Land Rover Vogue inspection focused on its known weak points is the single best way to avoid an expensive mistake. KickTyres gives you a guided, model-specific inspection plus a market valuation and negotiation figure for $24.90 far less than the cost of missing one of the faults on this page.