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Nissan2002–2021 Critical issues documented

Nissan Fairlady Z: common faults & what to check

Thinking about buying a used Nissan Fairlady Z (2002–2021) in New Zealand? We've documented 16 known faults for this model spanning engine, suspension, transmission, and fluid leaks. 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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16

Documented faults

Critical

Most serious

$500–$1,600

Typical repair

5

Systems covered

Which Nissan Fairlady Z are you looking at?

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

Now narrow it to the engine

A 1.8 and a 2.4 of the same car do not fail the same way, so the faults below narrow to the engine as well as the year. Free, no account needed.

Which engine is in it? These cover every year of this model.

3.5L petrol (VQ35-DE)· 3.5 litre petrol3.7L petrol (VQ37-VHR)· 3.7 litre petrol

Start your free check on this Nissan Fairlady Z

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Nissan Fairlady ZEngine not picked yet

Pick the engine above first: the Fairlady Z came with 2, and without it the report has to show all of their faults. Pick the engine

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Can't confirm for this car

Nissan Fairlady Z

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 Nissan Fairlady Z before you hand over any money. Every documented fault is listed below, each with its own page.

  • Serious issue

    Scan for fault codes before test driving — P1800-series codes are diagnostic of VVEL failure.

    See why

    VVEL Variable Valve Lift Actuator Failure

    The VQ37VHR engine uses Nissan's Variable Valve Event and Lift (VVEL) system on the intake camshafts. The VVEL actuator motor and its worm-gear drive mechanism are prone to wear and failure, particularly in high-mileage or irregularly maintained examples. Failure causes the engine to enter limp mode with severely reduced power, a rough lumpy idle, and a cluster of P1800-series fault codes. Actuator replacement requires removal of the cam cover and in severe cases major disassembly. Parts alone can exceed $1,500 NZD. This is the single most significant documented mechanical fault of the VQ37VHR platform.

    What you would notice

    • Sudden severe loss of power — engine enters limp mode with very restricted revs
    • Rough lumpy idle as if misfiring, particularly at light throttle
    • Check engine light with P1800, P1802, P1804, or related VVEL fault codes
    • Hesitation and stumble when pulling away from rest under light throttle
    • VDC or traction control warning lights illuminating alongside the check engine light

    Typically $2,000–$5,500 to put right.

  • Serious issue

    Scan for camshaft position timing codes before test drive.

    See why

    VQ35DE Secondary Timing Chain Stretch

    The VQ35DE (2002-2006, pre-HR) uses secondary timing chains linking the primary chain to the exhaust camshafts. These secondary chains are prone to stretch under the dual-overhead-cam load, particularly with irregular oil change intervals. Stretched chains cause cam timing retardation, triggering P0011/P0021 cam position sensor fault codes and loss of power. If left unattended the chain can jump a tooth or fail catastrophically. The VQ35HR (2006-2009) redesigned the secondary chain routing and largely resolved this.

    What you would notice

    • P0011 or P0021 camshaft position timing fault codes
    • Rough idle, loss of power, poor throttle response
    • Engine rattle that persists beyond cold-start warm-up period
    • Reduced fuel economy

    Typically $1,800–$3,200 to put right.

  • Serious issue

    Watch for: Clunking or knocking from the front suspension when traversing speed bumps, pot holes or during parking manoeuvres.

    See why

    Front Lower Control Arm Ball Joint Wear

    The Z33 and Z34 front suspension uses pressed-in ball joints in the lower control arms. Road grit, moisture and the high cornering loads generated by the stiff suspension geometry accelerate wear of the ball joint socket and bearing surface. As clearance increases the joint develops axial play, which allows the knuckle to move unpredictably under braking and cornering loads — a safety-critical failure mode. In advanced cases the joint can separate, resulting in immediate loss of steering and wheel collapse; many WoF inspection failures on higher-mileage Z33s cite front ball joint play as the rejection reason.

    What you would notice

    • Clunking or knocking from the front suspension when traversing speed bumps, pot holes or during parking manoeuvres
    • Steering wander or vague on-centre feel that worsens on uneven road surfaces
    • Uneven front tyre wear, particularly feathering of the inner shoulder

    Typically $500–$1,600 to put right.

  • Costly issue

    Cold-start the engine from fully cold and listen immediately for rattle from the front timing cover.

    See why

    VQ35 Cam Chain Tensioner Cold-Start Rattle

    The primary cam chain tensioners on the VQ35DE and VQ35HR engines lose oil pressure after extended engine-off periods. On cold start the tensioner takes several seconds to pressurise, allowing chain slack that produces a loud metallic rattle from the front of the engine. Repeated episodes accelerate chain and guide wear. Most evident in high-mileage examples and vehicles that sit unused for days.

    What you would notice

    • Loud metallic rattling noise from engine front on cold start
    • Rattle subsides within 5-15 seconds as oil pressure builds
    • Noise worsens after vehicle sits unused for several days
    • May be accompanied by check engine light if chain skips timing

    Typically $350–$700 to put right.

  • Costly issue

    Watch for: Metallic rattling or slapping from the front of the engine on cold start that diminishes after 5–15 seconds of running.

    See why

    VQ35DE/VQ37VHR Timing Chain Primary and Secondary Tensioner Rattle

    The VQ35DE uses a three-chain layout: one primary chain driving an intermediate shaft, and two secondary chains feeding each camshaft bank. The hydraulic tensioners, particularly the secondary units, lose oil pressure after cold soaks because the check valves allow oil to drain back to the sump overnight. On the VQ37VHR the arrangement is similar, and tensioner oil galleries are narrow enough that marginal oil viscosity or extended drain intervals starve the tensioner pistons, allowing chain slack to slap the plastic guide rails. Prolonged operation in this condition wears the guides, which can shed debris into the sump and eventually allow chain jump or guide rail breakage.

    What you would notice

    • Metallic rattling or slapping from the front of the engine on cold start that diminishes after 5–15 seconds of running
    • Persistent ticking or chain slap at idle that worsens when oil is low or degraded
    • Variable valve timing fault codes P0010, P0011 or P0021 with associated loss of mid-range power

    Typically $1,800–$5,500 to put right.

  • Costly issue

    Test drive at steady highway speeds (80–110 km/h) under light throttle load to reproduce the shudder.

    See why

    Z34 7-Speed Automatic Torque Converter Clutch Shudder

    The Z34 fitted with the JATCO 7-speed automatic (7AT) uses a lock-up torque converter clutch that engages at light throttle cruising speeds to improve fuel economy. The friction material and ATF formulation proved marginally compatible, causing the clutch to oscillate between slip and lock states rather than maintaining steady engagement — a phenomenon felt as a repetitive shudder through the drivetrain. Nissan issued a service procedure specifying a transmission fluid drain and fill with Nissan Matic-S or equivalent to address friction surface conditioning; however, vehicles with high mileage or where the fluid was never changed may have worn friction material requiring torque converter replacement.

    What you would notice

    • Rhythmic vibration or shudder felt through the seat and drivetrain at 80–110 km/h under light throttle, typically between 1500–2200 rpm
    • Shudder disappears immediately when throttle is increased or released fully, consistent with torque converter clutch modulation
    • Transmission fault codes P0740 or P0741 stored in some cases alongside perceived shudder

    Typically $350–$4,000 to put right.

See all 16 documented issuesEverything researched for the Nissan Fairlady Z, including 3 rated critical.
Depends on which engine this Nissan Fairlady Z has — 16Each of these is documented for one particular engine. Pick the year and engine above to see which of them apply.
Engine, transmission & cooling11

01VVEL Variable Valve Lift Actuator Failure

Scan for fault codes before test driving — P1800-series codes are diagnostic of VVEL failure.petrol2009–2021Engine
CommonEngine $2,000–$5,500 to fix

Can't confirm for this car

The VQ37VHR engine uses Nissan's Variable Valve Event and Lift (VVEL) system on the intake camshafts. The VVEL actuator motor and its worm-gear drive mechanism are prone to wear and failure, particularly in high-mileage or irregularly maintained examples. Failure causes the engine to enter limp mode with severely reduced power, a rough lumpy idle, and a cluster of P1800-series fault codes. Actuator replacement requires removal of the cam cover and in severe cases major disassembly. Parts alone can exceed $1,500 NZD. This is the single most significant documented mechanical fault of the VQ37VHR platform.

Symptoms to notice

  • Sudden severe loss of power — engine enters limp mode with very restricted revs
  • Rough lumpy idle as if misfiring, particularly at light throttle
  • Check engine light with P1800, P1802, P1804, or related VVEL fault codes
  • Hesitation and stumble when pulling away from rest under light throttle
  • VDC or traction control warning lights illuminating alongside the check engine light

What to check

  1. Scan for fault codes before test driving — P1800-series codes are diagnostic of VVEL failure.
  2. Test idle quality with the engine fully warm; a good VQ37VHR idles smoothly at approximately 650-750 RPM.
  3. Apply very light throttle from a standstill and feel for hesitation.
  4. Request service history with confirmed oil change intervals — dirty oil accelerates VVEL mechanism wear.

Where to look: VVEL actuator assembly on the intake camshaft of each cylinder bank, beneath the cam covers

Parts involved: Rocker / valve cover.

Ask the seller

  • “Has the car ever entered limp mode or shown P1800-series fault codes?”
  • “Has the VVEL actuator or any variable valve timing component been replaced?”
  • “Can you provide service records confirming regular oil changes?”

02VQ35DE Secondary Timing Chain Stretch

Scan for camshaft position timing codes before test drive.petrol2002–2006EngineRead the full fault: symptoms, where to look, what to ask the seller

03VQ35DE/VQ37VHR Timing Chain Primary and Secondary Tensioner Rattle

Watch for: Metallic rattling or slapping from the front of the engine on cold start that diminishes after 5–15 seconds of running.petrol2002–2008Engine
CommonEngine $1,800–$5,500 to fix

Can't confirm for this car

The VQ35DE uses a three-chain layout: one primary chain driving an intermediate shaft, and two secondary chains feeding each camshaft bank. The hydraulic tensioners, particularly the secondary units, lose oil pressure after cold soaks because the check valves allow oil to drain back to the sump overnight. On the VQ37VHR the arrangement is similar, and tensioner oil galleries are narrow enough that marginal oil viscosity or extended drain intervals starve the tensioner pistons, allowing chain slack to slap the plastic guide rails. Prolonged operation in this condition wears the guides, which can shed debris into the sump and eventually allow chain jump or guide rail breakage.

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

  • Metallic rattling or slapping from the front of the engine on cold start that diminishes after 5–15 seconds of running
  • Persistent ticking or chain slap at idle that worsens when oil is low or degraded
  • Variable valve timing fault codes P0010, P0011 or P0021 with associated loss of mid-range power

What to check

Watch for: Metallic rattling or slapping from the front of the engine on cold start that diminishes after 5–15 seconds of running. If a workshop inspection is possible: Start a fully cold engine and listen for a metallic rattling or slapping noise from the front of the engine that lasts 2–10 seconds before quieting; check for stored VTC codes P0010/P0011/P0021; remove the valve covers to inspect guide rail condition and chain stretch using a dial indicator at the cam sprocket; verify oil level and condition, noting any grey sludge indicating guide material in the oil.

Where to look: Front of engine block behind the timing cover, accessible from above after removing the upper engine covers

Parts involved: Timing chain.

Ask the seller

  • “Does the engine rattle on a cold start before settling?”
  • “What is the oil change interval and what oil grade is used?”
  • “Has any timing chain or tensioner work ever been performed?”

04VQ37VHR High-Mileage Valve Stem Seal Oil Consumption

Cold-start the engine from fully cold and observe the exhaust pipe for blue smoke during the first 30-60 seconds.petrol2009–2021Engine
OccasionalEngine $2,500–$5,000 to fix

Can't confirm for this car

At higher mileages — typically over 120,000 km — the VQ37VHR engine develops significant oil consumption due to deteriorating valve stem seals and valve guide wear. Oil is drawn into the combustion chambers past the stems, producing blue smoke on cold startup and during overrun, and causing fouled spark plugs. The repair requires cylinder head removal on both banks to replace seals, making it a substantial labour job requiring engine access from above.

Symptoms to notice

  • Blue-grey smoke from the exhaust on cold start that clears after warm-up
  • Blue smoke on engine overrun when lifting off the throttle at speed
  • Oil consumption exceeding 500 ml per 1,000 km
  • Oil-wet or fouled spark plugs on inspection
  • Oil level dropping noticeably between standard service intervals

What to check

  1. Cold-start the engine from fully cold and observe the exhaust pipe for blue smoke during the first 30-60 seconds.
  2. Check the current oil level and ask when oil was last topped up or changed.
  3. Inspect accessible spark plugs for oily deposits.
  4. Ask specifically about oil consumption history.

Where to look: Valve stem seals in both cylinder heads, bank 1 and bank 2

Parts involved: Cylinder head.

Ask the seller

  • “How much oil does the car consume between services?”
  • “Have you noticed any smoke from the exhaust on startup?”
  • “When were the spark plugs last replaced and what did they look like?”

05Z34 7-Speed Automatic Torque Converter Clutch Shudder

Test drive at steady highway speeds (80–110 km/h) under light throttle load to reproduce the shudder.petrol2008 onwardTransmission
CommonTransmission $350–$4,000 to fix

Can't confirm for this car

The Z34 fitted with the JATCO 7-speed automatic (7AT) uses a lock-up torque converter clutch that engages at light throttle cruising speeds to improve fuel economy. The friction material and ATF formulation proved marginally compatible, causing the clutch to oscillate between slip and lock states rather than maintaining steady engagement — a phenomenon felt as a repetitive shudder through the drivetrain. Nissan issued a service procedure specifying a transmission fluid drain and fill with Nissan Matic-S or equivalent to address friction surface conditioning; however, vehicles with high mileage or where the fluid was never changed may have worn friction material requiring torque converter replacement.

A cutaway automatic transmission torque converter showing the internal turbine and stator.Example of the part — not this vehicle

A torque converter, sectioned. The lock-up clutch inside is what shudders.

No machine-readable author provided. BerndB~commonswiki assumed (based on copyright claims). · CC BY-SA 3.0 · Wikimedia Commons

Symptoms to notice

  • Rhythmic vibration or shudder felt through the seat and drivetrain at 80–110 km/h under light throttle, typically between 1500–2200 rpm
  • Shudder disappears immediately when throttle is increased or released fully, consistent with torque converter clutch modulation
  • Transmission fault codes P0740 or P0741 stored in some cases alongside perceived shudder

What to check

Test drive at steady highway speeds (80–110 km/h) under light throttle load to reproduce the shudder; check ATF condition and level — fluid should be red and transparent, not brown or smelling burnt; scan transmission module for P0740 (TCC circuit fault) or shudder-related codes; verify the ATF type matches Nissan specification (non-spec fluid worsens the condition); check flexplate bolts for looseness as a secondary cause of vibration at similar speeds.

Where to look: Inside the automatic transmission bellhousing, torque converter located between the engine flexplate and the transmission input shaft

Parts involved: Torque converter, Clutch.

Ask the seller

  • “Has the automatic transmission fluid ever been changed, and with what specification fluid?”
  • “Is there any vibration or shudder at highway cruising speed under light throttle?”
  • “Has the transmission been serviced or any transmission codes appeared?”

06Manual Transmission Clutch Pressure Plate Cracking

Watch for: Clutch shudder or judder during engagement, especially from a standing start, that worsens as the clutch heats up.petrol2002 onwardTransmission
OccasionalTransmission $1,500–$3,800 to fix

Can't confirm for this car

The 6-speed manual Z33 and Z34 use a single-disc clutch assembly where the pressure plate diaphragm spring fingers and the pressure ring itself are subject to thermal stress cracking under hard use. The factory clutch is calibrated for street loads, and repeated high-rpm launches or track sessions generate heat that exceeds the pressure plate's thermal tolerance, causing fatigue cracks to develop at the diaphragm spring fulcrum ring. Cracked pressure plates produce increasingly erratic engagement as the clamping load becomes uneven, and in severe cases the pressure ring or a diaphragm finger can fracture and damage the flywheel, bell housing or gearbox input shaft bearing.

Symptoms to notice

  • Clutch shudder or judder during engagement, especially from a standing start, that worsens as the clutch heats up
  • Vibration through the gearstick and floor pan when the clutch is partially released, distinct from engine vibration
  • Difficulty modulating the bite point precisely, with engagement becoming binary (in or out) rather than progressive

What to check

Watch for: Clutch shudder or judder during engagement, especially from a standing start, that worsens as the clutch heats up. If a workshop inspection is possible: Test for clutch shudder or judder during slow, smooth engagement from rest — a healthy clutch engages cleanly; check for a high or inconsistent bite point that changes when the clutch is hot versus cold; remove the gearbox if shudder is confirmed to inspect the pressure plate diaphragm spring fingers for cracks or uneven wear; inspect the flywheel face for heat-check cracking or heavy scoring indicating prolonged slippage; verify the release bearing moves freely on the input shaft collar.

Where to look: Clutch bellhousing between engine and 6-speed gearbox; pressure plate bolted to the flywheel

Parts involved: Clutch.

Ask the seller

  • “Has the vehicle been used on a track or for regular hard launches?”
  • “Is there any shudder or vibration through the clutch pedal when pulling away?”
  • “Has the clutch been replaced, and if so, what brand and specification was fitted?”

07Concentric Clutch Slave Cylinder (CSC) Internal Failure

Pump the clutch pedal firmly several times and feel for sponginess that temporarily improves (suggests air ingress from a failing CSC seal).petrol2002–2009TransmissionRead the full fault: symptoms, where to look, what to ask the seller

08VQ35 Cam Chain Tensioner Cold-Start Rattle

Cold-start the engine from fully cold and listen immediately for rattle from the front timing cover.petrol2002–2009Engine
Very commonEngine $350–$700 to fix

Can't confirm for this car

The primary cam chain tensioners on the VQ35DE and VQ35HR engines lose oil pressure after extended engine-off periods. On cold start the tensioner takes several seconds to pressurise, allowing chain slack that produces a loud metallic rattle from the front of the engine. Repeated episodes accelerate chain and guide wear. Most evident in high-mileage examples and vehicles that sit unused for days.

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

  • Loud metallic rattling noise from engine front on cold start
  • Rattle subsides within 5-15 seconds as oil pressure builds
  • Noise worsens after vehicle sits unused for several days
  • May be accompanied by check engine light if chain skips timing

What to check

Cold-start the engine from fully cold and listen immediately for rattle from the front timing cover. Duration and volume indicate severity. Check service history for tensioner replacement. Inspect oil condition — black, dirty oil worsens tensioner bleed-down.

Where to look: Front of engine block, behind timing cover on both cam chain banks

Parts involved: Timing chain.

Ask the seller

  • “Has the cam chain tensioner ever been replaced?”
  • “How often is the oil changed and what weight oil is used?”
  • “Does the car sit unused for long periods between drives?”

09Clutch Pedal Pivot Pin and Bushing Wear

Sit in the driver's seat and depress the clutch pedal slowly while listening for creaking or clicking.petrol2009–2021Transmission
CommonTransmission $200–$500 to fix

Can't confirm for this car

The clutch pedal assembly on Z34 manual variants uses a small steel pivot pin running through a plastic bushing. With use, the pin and bushing wear, producing a creaking or knocking sensation when the clutch pedal is depressed or released. In advanced cases lateral play increases and the pedal feel becomes imprecise. Ignored wear can elongate the hole in the pedal bracket itself, escalating repair complexity. The fix is disassembling the pedal cluster behind the lower dashboard — a fiddly but low-cost job when caught early.

Symptoms to notice

  • Creaking, clicking, or knocking from the clutch pedal area when pressed or released
  • Lateral wobble in the clutch pedal
  • Imprecise or vague clutch bite point feel
  • Noise emanating from the pedal box area beneath the dashboard

What to check

  1. Sit in the driver's seat and depress the clutch pedal slowly while listening for creaking or clicking.
  2. Push the pedal pad sideways and check for lateral play — the pedal should not wobble side-to-side at all.
  3. Inspect the pivot pin area behind the pedal if accessible.

Where to look: Clutch pedal pivot assembly behind the driver footwell lower dashboard panel

Parts involved: Clutch.

Ask the seller

  • “Does the clutch pedal creak or click when pressed?”
  • “Has the pedal pivot pin or bushing ever been replaced?”
  • “Is there any side-to-side wobble in the clutch pedal?”

10Rear LSD Fluid Degradation and Differential Chatter

Perform a slow full-lock U-turn in a large car park and listen for chattering from the rear axle.petrol2009–2021Transmission
CommonTransmission $150–$500 to fix

Can't confirm for this car

The 370Z Sport and NISMO variants carry a factory mechanical limited-slip differential whose friction modifier additives degrade with heat cycling and mileage. Degraded fluid causes the characteristic LSD chatter during low-speed tight-radius turning as the clutch packs bind rather than slip smoothly. The differential fluid is frequently overlooked as owners assume a lifetime fill — it is not. Correct-spec fluid with friction modifier additive resolves chatter in all but severely worn differentials.

Symptoms to notice

  • Chattering, juddering, or clunking from the rear axle during slow full-lock turns
  • Driveline shudder when pulling away from rest in a tight turning manoeuvre
  • Symptoms more pronounced when cold, diminish after sustained driving
  • Vibration potentially confused with driveshaft or CV joint noise

What to check

  1. Perform a slow full-lock U-turn in a large car park and listen for chattering from the rear axle.
  2. Inspect the differential drain and fill plug areas for evidence of recent fluid service.
  3. Check for differential fluid change intervals in service records.

Where to look: Rear differential unit, limited-slip clutch pack assembly at the rear axle centre

Parts involved: Differential.

Ask the seller

  • “When was the rear differential fluid last changed?”
  • “Does the car chatter or shudder from the rear during tight low-speed turns?”
  • “Has the car been used on track or driven competitively?”

11SynchroRev Match Throttle Body Carbon Buildup and Idle Drift

Let the engine reach full operating temperature and observe idle speed — normal warm idle is 650-750 RPM.petrol2009–2021Engine
CommonEngine $200–$450 to fix

Can't confirm for this car

The 370Z manual's SynchroRev Match (SRM) system uses the electronic throttle body to blip the engine on downshifts, automating heel-toe technique. The throttle butterfly valve accumulates carbon deposits from crankcase blow-by gases over time, causing the valve to stick at partially open positions. This produces an elevated or unstable warm idle (typically 900-1,500 RPM instead of the normal 650-750 RPM), erratic blip behaviour during SRM operation, and prolonged rough warm-up idle. Resolution requires throttle body cleaning followed by an ECU idle relearn procedure.

Symptoms to notice

  • Idle speed elevated above normal when fully warm (over 900 RPM)
  • Idle hunting — RPM fluctuates irregularly at warm idle
  • Erratic, excessive, or uncontrolled engine blip during SynchroRev Match downshift
  • Extended rough idle period on cold start before settling

What to check

  1. Let the engine reach full operating temperature and observe idle speed — normal warm idle is 650-750 RPM.
  2. Note SRM operation during a test drive downshift sequence — an over-enthusiastic or poorly controlled blip indicates throttle body stiction.
  3. Ask about the last throttle body service.

Where to look: Throttle body on the intake manifold, electronic butterfly valve and position sensor

Ask the seller

  • “Has the throttle body ever been cleaned?”
  • “Does the idle seem high or unsteady when fully warm?”
  • “Are the SynchroRev Match blips ever erratic or overly aggressive?”
Body, brakes, suspension & interior3

01Front Lower Control Arm Ball Joint Wear

Watch for: Clunking or knocking from the front suspension when traversing speed bumps, pot holes or during parking manoeuvres.2002 onwardSuspension
CommonSuspension $500–$1,600 to fix

Can't confirm for this car

The Z33 and Z34 front suspension uses pressed-in ball joints in the lower control arms. Road grit, moisture and the high cornering loads generated by the stiff suspension geometry accelerate wear of the ball joint socket and bearing surface. As clearance increases the joint develops axial play, which allows the knuckle to move unpredictably under braking and cornering loads — a safety-critical failure mode. In advanced cases the joint can separate, resulting in immediate loss of steering and wheel collapse; many WoF inspection failures on higher-mileage Z33s cite front ball joint play as the rejection reason.

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 the front suspension when traversing speed bumps, pot holes or during parking manoeuvres
  • Steering wander or vague on-centre feel that worsens on uneven road surfaces
  • Uneven front tyre wear, particularly feathering of the inner shoulder

What to check

Watch for: Clunking or knocking from the front suspension when traversing speed bumps, pot holes or during parking manoeuvres. If a workshop inspection is possible: Lift the vehicle on a hoist and grasp the wheel at 6 and 12 o'clock to check for vertical play in the ball joint; use a pry bar under the wheel to load the joint and check for movement exceeding 1 mm; inspect the ball joint boot for tears or grease extrusion; check the lower arm itself for cracks or deformation near the ball joint housing; confirm boot integrity as a torn boot accelerates joint wear significantly.

Where to look: Front suspension, lower control arm pivot to steering knuckle, one each side

Parts involved: Ball joint.

Ask the seller

  • “When did the vehicle last pass a Warrant of Fitness, and were any suspension items flagged?”
  • “Is there any clunking from the front end over bumps?”
  • “Have the lower control arms or ball joints ever been replaced?”

02Rear Multi-Link Suspension Bush Collapse

The Z33 and Z34 rear suspension is a sophisticated five-link independent layout with rubber-bonded bushes at each arm pivot point.2002 onwardSuspension
CommonSuspension $900–$3,500 to fix

Can't confirm for this car

The Z33 and Z34 rear suspension is a sophisticated five-link independent layout with rubber-bonded bushes at each arm pivot point. The toe-link and inner lateral link bushes are particularly vulnerable to degradation because they carry high longitudinal loads and are positioned close to hot exhaust components in the tunnel area. As the rubber compounds harden, crack or debond from the outer sleeve, the arms lose their intended geometry compliance and the rear axle develops uncontrolled toe changes under braking and acceleration. The result is a rear end that feels nervous or loose on corner exit, and the failure is frequently misdiagnosed as shock absorber wear before alignment data reveals the root cause.

Symptoms to notice

  • Rear instability or darting sensation at motorway speed, particularly when changing lanes or on road camber changes
  • Clunking from the rear suspension over sharp bumps, distinct from shock absorber noise
  • Rapid inside-edge wear on rear tyres caused by continuous toe-out under load

What to check

Place the vehicle on a four-wheel alignment rack and measure dynamic toe change — more than 0.15 degrees of toe-out change under simulated braking load indicates bush collapse; inspect each rear arm pivot visually for cracked rubber, oil contamination or bush migration out of its housing; grasp each rear arm and attempt to move it laterally and longitudinally by hand to detect excessive compliance; check the toe-link adjusters for corrosion seizure which prevents correct toe setting.

Where to look: Rear suspension subframe area; toe link, inner and outer lateral link bush pivot points, both sides

Parts involved: Shock absorber / strut.

Ask the seller

  • “Has the rear suspension or any rear arms been replaced or refurbished?”
  • “Is there any instability or darting sensation at higher speeds?”
  • “When were the rear tyres last replaced, and what was the wear pattern?”

03Brake Caliper Guide Pin Seizure

Watch for: Vehicle pulling to one side under moderate or heavy braking, with the pull becoming more pronounced as the brakes heat up.2002 onwardBrakes
CommonBrakes $250–$1,200 to fix

Can't confirm for this car

The front and rear brake calipers on the Z33 and Z34 use sliding guide pins that allow the caliper body to float and apply equal clamping force to both brake pads. In New Zealand's coastal and wet-road environment, road salt and water ingress corrode the guide pin bores in the caliper bracket, causing the pins to seize in position. A seized guide pin prevents the outboard pad from releasing fully after brake application, creating continuous rotor contact that causes accelerated pad and rotor wear, elevated brake fluid temperatures, and progressive braking pull toward the seized side. Rear calipers are disproportionately affected because they also incorporate the electric park brake mechanism, which further complicates disassembly.

Symptoms to notice

  • Vehicle pulling to one side under moderate or heavy braking, with the pull becoming more pronounced as the brakes heat up
  • One wheel noticeably hotter than the other after normal driving, accompanied by a faint burning smell from that corner
  • Uneven brake pad wear with the outboard pad on one corner worn significantly more than the inboard pad on the same caliper

What to check

Watch for: Vehicle pulling to one side under moderate or heavy braking, with the pull becoming more pronounced as the brakes heat up. If a workshop inspection is possible: After a normal test drive, carefully approach each wheel and check for uneven heat — a seized caliper will make the affected wheel significantly hotter than its pair; remove the wheels and check that each caliper slides freely on its pins by pushing the caliper body parallel to the rotor face; inspect the rubber guide pin boots for tears or swelling which allow moisture into the bore; measure pad thickness on inboard versus outboard positions — a greater than 3 mm difference between sides indicates a floating issue; check rotor faces for uneven blue heat discolouration or lip on one side only.

Where to look: Front and rear brake caliper slide pin bores in the caliper mounting bracket, one upper and one lower pin per caliper

Parts involved: Brake disc and pads.

Ask the seller

  • “Does the vehicle pull to one side when braking?”
  • “Have the brake calipers been serviced or replaced recently?”
  • “Is there any smell of burning from one corner of the car after driving?”
Fluid leaks2

01Power Steering Rack Seal Leaks

Check power steering reservoir level and fluid colour (should be clear or amber, not dark brown).petrol2002–2009Fluid Leaks
CommonFluid Leaks $700–$1,800 to fix

Can't confirm for this car

The hydraulic rack-and-pinion power steering unit on the Z33 develops internal seal deterioration with age, causing power steering fluid to weep from the rack ends and pinion seal. Fluid loss leads to low-fluid groaning on lock-to-lock turns and, if ignored, causes rack scoring and eventual full failure. Leaking fluid also contaminates the front subframe area. A rebuild is feasible but many workshops replace the rack as a unit.

Symptoms to notice

  • Power steering fluid puddle or stain under front of vehicle
  • Groaning or whining noise on full steering lock
  • Stiff or notchy steering feel when manoeuvring
  • Power steering fluid reservoir level dropping without visible external spill

What to check

  1. Check power steering reservoir level and fluid colour (should be clear or amber, not dark brown).
  2. Inspect the steering rack boots for fluid wetness or swelling.
  3. Place cardboard under the front subframe overnight and check for active drips.
  4. Inspect the pinion seal at the steering column entry point.

Where to look: Steering rack unit along the front subframe, pinion seal at steering column entry

Parts involved: Steering rack.

Ask the seller

  • “Has the power steering rack ever been rebuilt or replaced?”
  • “When was the power steering fluid last changed?”
  • “Any groaning noise when turning at low speed or on full lock?”

02VQ35 Valve Cover Gasket Oil Leaks

Inspect both cylinder banks along the valve cover mating faces with a torch.petrol2002–2009Fluid Leaks
Very commonFluid Leaks $400–$750 to fix

Can't confirm for this car

The VQ35 engine uses four valve covers (two per bank on the DOHC layout). The cork-and-rubber gaskets harden and crack with age, producing oil leaks that run down onto exhaust manifolds and the bell housing. Leaks are near-universal on unmaintained high-mileage examples. The upper and lower covers each have separate gaskets. Labour is moderate as covers require intake plenum removal on some variants.

Symptoms to notice

  • Oily residue on tops and sides of engine block
  • Burning oil smell from exhaust manifold area under load
  • Oil contamination on bell housing or transmission casing
  • Visible wet staining along valve cover mating faces

What to check

  1. Inspect both cylinder banks along the valve cover mating faces with a torch.
  2. Check the bell housing area for oil contamination (can indicate clutch contamination on manuals).
  3. Look for dried oil baked onto exhaust manifolds indicating older long-standing leaks.

Where to look: Both cylinder bank valve covers, upper and lower mating faces to the cylinder head

Parts involved: Rocker / valve cover.

Ask the seller

  • “Have the valve cover gaskets been replaced?”
  • “Is there any oil visible on the clutch bell housing?”
  • “Is there a burning oil smell when the engine is hot?”

Nissan Fairlady Z faults in detail

Each of these has its own page: the symptoms, where to look, what to ask the seller and what the repair costs. Free, no account needed.

Concentric Clutch Slave Cylinder (CSC) Internal FailureMajor · TransmissionVQ35DE Secondary Timing Chain StretchCritical · Engine

What these repairs cost on other cars

Some of the Nissan Fairlady Z’s documented faults are repairs other models share. Each page lists the documented NZ cost for every model it affects.

Other Nissan models

Nissan Patrol48 documented faultsNissan Navara45 documented faultsNissan X-Trail45 documented faultsNissan 370Z15 documented faultsNissan Presage14 documented faultsNissan Wingroad14 documented faults

Nissan Fairlady Z buyer questions

Is the Nissan Fairlady Z reliable?

Like any used car, it depends on the specific example and its service history. Across the 16 documented faults for the Nissan Fairlady Z, the recurring problem areas are engine, suspension, and transmission. A Nissan Fairlady Z 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 Nissan Fairlady Z?

We've catalogued 16 known faults for the Nissan Fairlady Z, covering engine, suspension, and transmission. All 16 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 Nissan Fairlady Z?

Most single repairs on the Nissan Fairlady Z fall between $500–$1,600 at NZ independent-workshop rates. Some of the 16 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 Nissan Fairlady Z?

Yes. A Nissan Fairlady Z 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.