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Ford2009–2023 Critical issues documented

Ford Kuga: common faults & what to check

Thinking about buying a used Ford Kuga (2009–2023) in New Zealand? We've documented 17 known faults for this model spanning engine, electrical, body & rust, and transmission. 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.

Check this exact Ford Kuga

  • Odometer history
  • Money owing
  • Reported stolen
  • Ownership history
  • Official NZ vehicle register data
  • NZ owned and operated

Type the plate for the free basics. The full record is a paid check from $13.49, one car at a time, no subscription.

No NZ plate yet, or buying in Australia? Pick the generation and engine and start a free check below. New to KickTyres? How the check works →

17

Documented faults

Critical

Most serious

$600–$3,200

Typical repair

24

Service milestones

Which Ford Kuga 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.

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.

Start your free check on this Ford Kuga

No plate needed. You get the risk score, the buyer's checklist and the guided inspection for the exact car you picked above — not the whole nameplate.

Ford KugaEngine not picked yet

Pick the engine above first: the Kuga came with 5, and without it the report has to show all of their faults. Pick the engine

Free. The paid plate check is separate, and stays optional.

Can't confirm for this car

Ford Kuga

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 Ford Kuga before you hand over any money. Every documented fault is listed below, each with its own page.

  • Serious issue

    Remove oil filler cap and check underside for white emulsification.

    See why

    1.6 EcoBoost Cracked Head — Coolant Into Cylinder

    The 1.6L Sigma EcoBoost develops fatigue cracks in the aluminium cylinder head around the coolant passages adjacent to cylinders 2–4. Repeated thermal cycling under boost pressure causes micro-fractures that allow coolant to migrate into combustion chambers. This produces sustained white exhaust smoke, rapid unexplained coolant loss, and hydrostatic lock risk. In extreme cases coolant contacting hot exhaust manifold components caused underbonnet fires. Ford Australia issued a safety recall in 2014 following multiple vehicle fires. Engines that have overheated even once dramatically accelerate crack progression.

    What you would notice

    • Persistent white sweet-smelling exhaust smoke on cold start or under load
    • Coolant reservoir drops rapidly with no visible external leak
    • Temperature gauge spikes towards red, then recovers
    • Rough idle or cylinder misfire codes alongside coolant consumption
    • Milky residue or bubbling in coolant reservoir
    • Unexplained engine bay steam or smell of burning coolant

    Typically $5,000–$10,000 to put right.

  • Serious issue

    Inspect the coolant reservoir for oil contamination or unusual browning.

    See why

    1.5 EcoBoost Coolant Ingestion into Combustion Chamber

    A crack develops in the cylinder head or head gasket of the 1.5L EcoBoost three-cylinder engine, allowing coolant to enter the combustion chamber. This is particularly pronounced under sustained highway driving where thermal cycling stresses the aluminium head. NHTSA opened investigation PE20-009 specifically targeting the 2020 model year after hundreds of complaints. The failure mode can progress rapidly to hydrolocking and catastrophic engine destruction if driving continues after early symptoms appear.

    What you would notice

    • White or sweet-smelling smoke from exhaust, especially after the engine reaches operating temperature
    • Coolant level dropping with no visible external leak under the bonnet or beneath the car
    • Rough running or misfire on one cylinder (P0301/P0302/P0303 codes) accompanied by coolant loss
    • Engine hesitation or stalling on long highway stretches at constant throttle
    • Milky white emulsion visible on the oil filler cap or dipstick

    Typically $3,500–$9,000 to put right.

  • Serious issue

    Conduct combustion gas (block) test on cold coolant.

    See why

    1.5 EcoBoost Cracked Cylinder Block Coolant Leak

    The 1.5L four-cylinder EcoBoost (Dragon-series) fitted to the third-generation Escape develops cracks in the cast-iron cylinder block between the water jacket and bore wall, most commonly adjacent to cylinder 3. Insufficient thermal mass at that location combined with turbo-charged direct injection thermal gradients initiates fatigue cracking. Coolant enters the combustion chamber silently; the engine may show no overheating warning before hydrostatic lock occurs on restart after a hot-soak. Short-trip high-ambient-temperature driving accelerates onset.

    What you would notice

    • White exhaust smoke after hot-soak restart with no prior warning
    • Coolant loss with no visible external puddle under vehicle
    • Engine cranks abnormally slowly or fails to start after sitting hot
    • Cylinder misfire DTC P0303 alongside low coolant warning
    • Sweet coolant smell from exhaust at operating temperature

    Typically $6,000–$12,000 to put right.

  • Serious issue

    During the test drive, note whether steering effort feels consistent and appropriate throughout the speed range.

    See why

    Electric Power-Assisted Steering (EPAS) Loss of Assist

    A subset of 2016-2019 Escape models have documented sudden loss of electric power steering assist while driving, leaving the driver with heavy, manual-effort-only steering. The failure is caused by either a faulty steering gear torque sensor, an overheating EPAS control module, or a wiring harness fault between the column and the PSCM (Power Steering Control Module). Ford issued recalls and TSBs for related EPAS faults on Escape in this generation. Failures can occur without warning and present a material safety risk at motorway speeds where sudden heavy steering could cause loss of control.

    What you would notice

    • Sudden increase in steering effort requiring significant force to turn the wheel, typically at lower speeds
    • Power steering warning light illuminated on the instrument cluster, with or without loss of assist
    • Intermittent stiffness in the steering that may self-resolve when the vehicle is restarted
    • DTC codes stored in the PSCM module related to torque sensor or communication faults
    • Steering pulling to one side in conjunction with warning light activation

    Typically $1,200–$3,500 to put right.

  • Costly issue

    Scan the ECU for DPF soot loading percentage and back-pressure values.

    See why

    2.0 TDCi Diesel Particulate Filter (DPF) Blockage

    The 2.0 TDCi diesel Kuga is frequently used as an urban or short-trip vehicle, which prevents the DPF from reaching the exhaust temperature needed for passive regeneration. The filter becomes progressively blocked with soot, triggering forced regeneration cycles and eventually requiring manual intervention or replacement. Sellers who have driven predominantly short trips may present the car with a near-full or failed DPF that will require immediate costly attention from the next owner.

    What you would notice

    • DPF or engine warning light on the dashboard
    • Loss of power with the engine entering limp mode (restricted to low revs)
    • Strong smell of burnt soot or unburnt fuel from the exhaust during attempted regeneration
    • Increased fuel consumption as the engine attempts forced regeneration cycles
    • Frequent injecting of extra fuel post-combustion (detectable as diluted engine oil with diesel smell)

    Typically $700–$3,500 to put right.

  • Costly issue

    Press finger into front carpet under both footwell mats — saturated foam confirms prior water ingress.

    See why

    Panoramic Sunroof Drain Blockage — Water Ingress

    The Kuga Mk2 panoramic sunroof system channels rainwater through four corner drains routed through the A and C pillars to exit beneath the vehicle. The drain tubes are narrow-bore and lack a practical access point for cleaning; leaf litter, debris, and biofilm accumulate over 3–5 years completely blocking flow. Backed-up water overflows internally into the headliner foam, tracks down pillar trim into the front footwells, and reaches the Body Control Module and fuse box located under the dashboard on the driver's side. Electrical faults including false airbag warnings, BCM corruption, and central locking failures stem directly from water reaching these modules. Mould growth in saturated carpets and headliners is a secondary consequence.

    What you would notice

    • Wet carpet in front footwells especially after rain or car wash
    • Damp or musty smell from interior ventilation
    • Staining on headliner edges or A-pillar trim
    • Intermittent electrical faults — airbag light, BCM codes, central locking failure
    • Visible water pooling in sunroof channel when open after rain

    Typically $400–$3,500 to put right.

Ford Kuga service schedule

What falls due, and at what distance, for each generation of the Ford Kuga. These are the model’s intervals — the car’s own service book is the only thing that can tell you what has actually been done to it.

Ford Kuga (Second Generation Facelift) · 2017–2019 · 1.5L EcoBoost - FWD

Petrol

Due by distance

  1. 100,000 km

    Inspect the water pump and auxiliary belts as a precaution.

  2. 120,000 km

    Flush the transmission fluid to maintain smoothness, even if not explicitly mandated by the manual.

  3. 150,000 km

    Check for oil seepage around the cam cover or turbo oil feed lines.

Ford Kuga (Second Generation Facelift) · 2017–2019 · 2.0L Duratorq TDCi - AWD

Diesel

Due by distance

  1. 100,000 km

    Give the cooling system a comprehensive check and inspect the auxiliary drive belt.

  2. 150,000 km

    Review the AWD coupling fluid and transmission oil for smooth power delivery.

  3. 200,000 km

    Evaluate the suspension bushings and check DPF regeneration efficiency.

Ford Kuga (Second Generation Facelift) · 2017–2019 · 2.0L EcoBoost - AWD

Petrol

Due by distance

  1. 100,000 km

    Service the transmission fluid if not already documented.

  2. 120,000 km

    Inspect suspension bushes and shock absorbers for wear.

  3. 150,000 km

    Review the turbocharger hoses and vacuum lines.

Ford Kuga (Second Generation) · 2013–2014 · 1.6L EcoBoost - FWD

Petrol

Due by distance

  1. 100,000 km

    Confirm the spark plugs and air filters have been refreshed for optimal turbo performance.

  2. 120,000 km

    Check the serpentine belt and assess the cooling system components' health.

  3. 150,000 km

    Suspension bushings and shock absorbers may need a professional inspection to maintain that 'Ford-feel' handling.

Ford Kuga (Second Generation) · 2013–2016 · 2.0L EcoBoost - AWD

Petrol

Due by distance

  1. 100,000 km

    Flush the transmission fluid if not documented, to maintain smooth gear changes.

  2. 120,000 km

    Evaluate the spark plugs and ignition coils so the turbocharger operates efficiently.

  3. 150,000 km

    Review the suspension components, particularly the bushings and shock absorbers, which naturally wear on NZ roads.

Ford Kuga (Second Generation) · 2013–2014 · 1.6L EcoBoost - AWD

Petrol

Due by distance

  1. 100,000 km

    Give the cooling system a comprehensive check and inspect the turbo intake hoses.

  2. 120,000 km

    Check the drive belts and refresh the transmission fluid if not already documented.

  3. 150,000 km

    Suspension components like control arm bushes often benefit from a professional inspection to keep the ride comfortable.

Ford Kuga (Second Generation) · 2013–2016 · 2.0L Duratorq TDCi - AWD

Diesel

Due by distance

  1. 100,000 km

    Flush and filter the transmission fluid if not already documented.

  2. 120,000 km

    The timing belt and water pump should be addressed at this interval for peace of mind.

  3. 150,000 km

    Inspect the turbocharger hoses and intercooler for minor pressure leaks.

Ford Kuga (First Generation) · 2008–2012 · 2.5L Duratec Turbo - AWD

Petrol

Due by distance

  1. 100,000 km

    Flush the cooling system and replace the spark plugs to keep the turbo engine running efficiently.

  2. 150,000 km

    The AWD Haldex system fluid should ideally have been changed at least once by this stage for smooth torque distribution.

  3. 200,000 km

    Look for suspension bushing wear - original components may soften from NZ road conditions.

See all 17 documented issuesEverything researched for the Ford Kuga, including 5 rated critical.
Depends on which engine this Ford Kuga has — 17Each of these is documented for one particular engine. Pick the year and engine above to see which of them apply.
Engine, transmission & cooling11

011.5 EcoBoost Cracked Cylinder Block Coolant Leak

Conduct combustion gas (block) test on cold coolant.petrol2017–2019Engine
OccasionalEngine $6,000–$12,000 to fix

Can't confirm for this car

The 1.5L four-cylinder EcoBoost (Dragon-series) fitted to the third-generation Escape develops cracks in the cast-iron cylinder block between the water jacket and bore wall, most commonly adjacent to cylinder 3. Insufficient thermal mass at that location combined with turbo-charged direct injection thermal gradients initiates fatigue cracking. Coolant enters the combustion chamber silently; the engine may show no overheating warning before hydrostatic lock occurs on restart after a hot-soak. Short-trip high-ambient-temperature driving accelerates onset.

Symptoms to notice

  • White exhaust smoke after hot-soak restart with no prior warning
  • Coolant loss with no visible external puddle under vehicle
  • Engine cranks abnormally slowly or fails to start after sitting hot
  • Cylinder misfire DTC P0303 alongside low coolant warning
  • Sweet coolant smell from exhaust at operating temperature

What to check

Conduct combustion gas (block) test on cold coolant. Inspect oil for milky contamination. Review service records for coolant additions or overheating events. Note: the crack can be dormant at time of pre-purchase inspection but worsen rapidly under normal use.

Where to look: Cylinder block bore wall adjacent to cylinder 3, water jacket wall

Parts involved: Turbocharger.

Ask the seller

  • “Has the cylinder block or engine ever been replaced or repaired for a coolant leak?”
  • “Has the engine ever required coolant to be added between services?”
  • “Has the vehicle ever stalled or failed to restart after a hot stop?”
  • “Has any coolant or engine work been done since purchase?”

021.6 EcoBoost Cracked Head — Coolant Into Cylinder

Remove oil filler cap and check underside for white emulsification.petrol2012–2013EngineRead the full fault: symptoms, where to look, what to ask the seller

031.5 EcoBoost Coolant Ingestion into Combustion Chamber

Inspect the coolant reservoir for oil contamination or unusual browning.petrol2017–2023Engine
CommonEngine $3,500–$9,000 to fix

Can't confirm for this car

A crack develops in the cylinder head or head gasket of the 1.5L EcoBoost three-cylinder engine, allowing coolant to enter the combustion chamber. This is particularly pronounced under sustained highway driving where thermal cycling stresses the aluminium head. NHTSA opened investigation PE20-009 specifically targeting the 2020 model year after hundreds of complaints. The failure mode can progress rapidly to hydrolocking and catastrophic engine destruction if driving continues after early symptoms appear.

Symptoms to notice

  • White or sweet-smelling smoke from exhaust, especially after the engine reaches operating temperature
  • Coolant level dropping with no visible external leak under the bonnet or beneath the car
  • Rough running or misfire on one cylinder (P0301/P0302/P0303 codes) accompanied by coolant loss
  • Engine hesitation or stalling on long highway stretches at constant throttle
  • Milky white emulsion visible on the oil filler cap or dipstick

What to check

  1. Inspect the coolant reservoir for oil contamination or unusual browning.
  2. Check for white smoke from the exhaust under sustained idle.
  3. Pull spark plugs and look for coolant residue or white deposits on the electrode of cylinder 2 or 3.
  4. Verify coolant level has not dropped without an obvious external leak.
  5. Remove the oil filler cap with engine cold and check for white emulsion (mayonnaise) on the cap and filler neck.

Where to look: Engine cylinder head, head gasket — top of engine beneath the plastic engine cover

Parts involved: Cylinder head, Head gasket.

Ask the seller

  • “Has the coolant level ever dropped without an obvious external leak, or has white smoke appeared from the exhaust?”
  • “Has the vehicle ever been driven long distances on the motorway and then developed a misfire or rough idle afterwards?”
  • “Is there any history of head gasket work, cylinder head replacement, or engine replacement?”

042.0 EcoBoost Timing Chain Tensioner Wear and Chain Rattle

petrol2013–2019Engine
OccasionalEngine $1,600–$4,200 to fix

Can't confirm for this car

The 2.0-litre EcoBoost petrol engine (Ecoboost 2.0, code TNWA/GTDI) can suffer premature timing chain tensioner wear, resulting in chain slack particularly noticeable on cold start. A loose chain risks jumping a tooth on the camshaft sprocket, leading to severe valve-to-piston contact and catastrophic engine damage. The fault is linked to oil pressure delay on start-up and has been documented more frequently on vehicles with irregular oil change intervals or that have been run on low oil.

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 chattering noise from the engine on cold start lasting several seconds
  • Check engine light with camshaft position or VVT system fault codes (P0011, P0012, P0014)
  • Rough idle that settles after the engine warms up
  • Reduced power or engine hesitation under load if the chain has jumped a tooth
  • Engine oil level frequently low, accelerating tensioner wear

What to check

  1. Start the engine from cold and listen immediately for a rattling or chattering sound from the top of the engine that lasts more than 1–2 seconds before quietening.
  2. This indicates chain slack.
  3. Scan for VVT (variable valve timing) fault codes.
  4. Check oil service history meticulously — irregular intervals accelerate tensioner wear.
  5. Ask whether the timing chain or tensioner has ever been replaced.

Where to look: Front of engine, timing chain cover and tensioner behind the front accessory belt

Parts involved: Timing chain.

Ask the seller

  • “Has the timing chain or chain tensioner ever been inspected or replaced?”
  • “Does the engine make any rattling or chattering sound in the first few seconds after a cold start?”
  • “Can you show me a full oil service history — has it always been serviced on time?”

05EcoBoost Turbocharger Wastegate Rattle and Bearing Failure

petrol2016–2023Engine
OccasionalEngine $1,800–$5,000 to fix

Can't confirm for this car

Both the 1.5L and 2.0L EcoBoost turbochargers fitted to the Escape are known for wastegate actuator rattle at cold idle and for centre bearing failures on higher-mileage examples. The wastegate rattle is caused by loose tolerances in the actuator rod and wastegate flap, producing a tinny rattling from the engine bay at light load. While initially cosmetic, a failed wastegate can result in overboosting or underboosting conditions. Centre bearing failures allow shaft play that causes the compressor or turbine wheel to contact the housing, resulting in oil burning and complete turbo failure.

Symptoms to notice

  • Metallic rattling or tinkling from the engine bay at idle that reduces or stops when revs are raised
  • Blue or grey smoke from the exhaust under hard acceleration, indicating oil burning through turbo seals
  • Reduced boost pressure and sluggish acceleration with boost-related fault codes (P0299 — underboost)
  • Oil deposits visible inside the intake ducting or intercooler
  • Whining or screeching noise from the turbocharger under load indicating bearing failure

What to check

With the engine at idle (cold start is best), listen from the driver's side of the engine bay for a metallic tinkling or rattling sound that stops when revs are raised — this is the wastegate. With engine off and cooled, wiggle the turbocharger shaft through the intake or exhaust port for any radial play (should have near-zero play). Check for blue-grey smoke under hard acceleration which suggests shaft seal failure. Inspect the intercooler and intake pipes for oil deposits indicating turbo seal weep.

Where to look: Turbocharger mounted on the exhaust manifold, passenger side of engine bay on the 1.5L; centre-rear on the 2.0L

Parts involved: Turbocharger.

Ask the seller

  • “Have you noticed a rattling noise from the engine bay at idle, or any reduction in acceleration performance?”
  • “Has there ever been blue or grey smoke visible from the exhaust when accelerating hard?”

062.0 TDCi Diesel Particulate Filter (DPF) Blockage

Scan the ECU for DPF soot loading percentage and back-pressure values.diesel2013–2019EngineRead the full fault: symptoms, where to look, what to ask the seller

076F35 Automatic Transmission Torque Converter Clutch Shudder

Test drive at 80-100 km/h at light, steady throttle on a flat road.petrol2016–2022Transmission
CommonTransmission $250–$3,200 to fix

Can't confirm for this car

The 6F35 six-speed SelectShift automatic transmission fitted to most Escape variants exhibits a well-documented torque converter clutch (TCC) shudder at light throttle cruise speeds between 50-100 km/h. Ford issued TSB 18-0244 addressing TCC shudder on multiple EcoBoost applications, recommending a Mercon LV fluid drain-and-fill as a first step. However, in cases where the friction material in the torque converter is already glazed, fluid alone does not resolve the issue and a torque converter replacement is required. The shudder is often misdiagnosed as an engine misfire.

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 shudder or buzz felt through the floor at 50-100 km/h under light constant throttle
  • Vibration disappears immediately when accelerating or coasting, but returns at cruise
  • Sensation similar to driving over rumble strips at a constant speed
  • DTC P0741 or P175F stored in the TCM
  • Shudder worsens when transmission fluid is old or contaminated

What to check

  1. Test drive at 80-100 km/h at light, steady throttle on a flat road.
  2. Feel for a rhythmic vibration or buzz through the floor and seat that disappears when you lightly accelerate or lightly brake.
  3. Check transmission fluid colour (should be red/pink, not brown or burnt-smelling).
  4. Ask for service history showing Mercon LV fluid changes.
  5. Check for stored DTC P0741 (TCC performance) or P175F.

Where to look: Torque converter inside the automatic transmission — front underside of vehicle behind the engine

Parts involved: Torque converter, Clutch.

Ask the seller

  • “Has the transmission fluid ever been changed, and was Mercon LV specified fluid used?”
  • “Do you notice any vibration or buzzing sensation through the floor when cruising at motorway speed with light throttle?”

082.0 TDCi EGR Cooler Cracking and Coolant Contamination

Inspect coolant reservoir for oily film or brown discolouration.diesel2013–2019CoolingRead the full fault: symptoms, where to look, what to ask the seller

09TF 2.0 EcoBoost PTCS Throttle Actuator Failure

Scan for throttle body or PTCS-related fault codes.petrol2013–2016Engine
OccasionalEngine $600–$1,500 to fix

Can't confirm for this car

The 2.0L EcoBoost Kuga TF uses a PTCS-integrated electronic throttle body actuator that can fail causing the engine to enter limp mode or stall. The actuator motor or position sensor fails, triggering throttle-related fault codes and leaving the vehicle with severely limited or no power. Documented on AU and European Kuga forums and workshop reports.

Symptoms to notice

  • Engine entering limp mode with very limited power
  • Sudden loss of throttle response
  • Electronic throttle or engine warning light
  • Engine stalling at low speed
  • Accelerator pedal unresponsive

What to check

  1. Scan for throttle body or PTCS-related fault codes.
  2. Test throttle response for smoothness throughout the range.
  3. Review service history for any limp mode events or ECU resets.

Where to look: Electronic throttle body, intake manifold

Ask the seller

  • “Any limp mode or sudden power loss events?”
  • “Any warning lights related to throttle or engine management?”
  • “Has the throttle body been replaced or cleaned?”

10PCV breather diaphragm rupture, whistle and oil use (Kuga TE 2.5 B5254T3 five-cylinder turbo petrol)

With the engine idling, listen for a whistle or buzz from the engine bay.petrol2009–2013EngineRead the full fault: symptoms, where to look, what to ask the seller

11GDI Intake Valve Carbon Deposit Build-up

Check for rough idle, hesitation on light throttle, or cold-start misfires that clear once warm.petrol2016–2023Engine
CommonEngine $600–$1,400 to fix

Can't confirm for this car

All EcoBoost engines in the Escape use gasoline direct injection (GDI), meaning fuel is injected directly into the cylinder rather than past the intake valves. Without fuel washing over the intake valves, oil vapours from the positive crankcase ventilation (PCV) system deposit carbon on the back face of the intake valves over time. By 80,000-120,000 km, significant carbon build-up restricts airflow, causing rough idle, misfires, and a progressive loss of power. The only effective remedy is an intake manifold removal and mechanical cleaning, typically performed using walnut shell blasting.

Symptoms to notice

  • Rough idle that is worse when the engine is cold and improves after warm-up
  • Hesitation or stumble under light throttle from a standing start
  • Cold-start misfire codes (P0301-P0304) with no other identified cause
  • Progressive reduction in fuel economy and power output over years of ownership
  • Occasional check engine light at idle that clears spontaneously

What to check

Check for rough idle, hesitation on light throttle, or cold-start misfires that clear once warm. Review service history for any intake valve cleaning services. Cold-start misfires (P030X codes) without mechanical fault and without coolant loss are a strong indicator of significant carbon build-up. If a workshop inspection is possible: A borescope inspection through the intake ports (after removing the intake manifold) directly reveals carbon deposits on valve faces and stems.

Where to look: Intake valves inside the cylinder head, accessed by removing the intake manifold

Parts involved: PCV / oil separator, Intake manifold.

Ask the seller

  • “Has the intake ever been cleaned or walnut blasted, and at what mileage?”
  • “Do you notice any hesitation, rough idle, or stumbling when the engine is cold?”
Electrical2

01Electric Power-Assisted Steering (EPAS) Loss of Assist

During the test drive, note whether steering effort feels consistent and appropriate throughout the speed range.2016–2019Electrical
OccasionalElectrical $1,200–$3,500 to fix

Can't confirm for this car

A subset of 2016-2019 Escape models have documented sudden loss of electric power steering assist while driving, leaving the driver with heavy, manual-effort-only steering. The failure is caused by either a faulty steering gear torque sensor, an overheating EPAS control module, or a wiring harness fault between the column and the PSCM (Power Steering Control Module). Ford issued recalls and TSBs for related EPAS faults on Escape in this generation. Failures can occur without warning and present a material safety risk at motorway speeds where sudden heavy steering could cause loss of control.

Symptoms to notice

  • Sudden increase in steering effort requiring significant force to turn the wheel, typically at lower speeds
  • Power steering warning light illuminated on the instrument cluster, with or without loss of assist
  • Intermittent stiffness in the steering that may self-resolve when the vehicle is restarted
  • DTC codes stored in the PSCM module related to torque sensor or communication faults
  • Steering pulling to one side in conjunction with warning light activation

What to check

  1. During the test drive, note whether steering effort feels consistent and appropriate throughout the speed range.
  2. A power steering warning light (exclamation mark in a circle) on the instrument cluster indicates a logged PSCM fault.
  3. Scan the PSCM module for DTCs using a Ford-capable scanner — codes C0061, C0062, U0131 are associated with this fault.
  4. Check whether the vehicle has had any outstanding Ford recalls completed (use the VIN on Ford's recall lookup page).
  5. Inspect the steering column wiring harness for chafing near the firewall.

Where to look: Electric power steering rack below the dashboard, steering column, and PSCM module near the battery tray

Parts involved: Steering rack.

Ask the seller

  • “Has the power steering warning light ever appeared, or have you noticed the steering suddenly becoming very heavy?”
  • “Has the vehicle had all Ford safety recalls completed — specifically any related to the power steering system?”

02Hybrid High-Voltage Battery Cooling Fan Failure

hybrid2020–2023Electrical
OccasionalElectrical $400–$1,600 to fix

Can't confirm for this car

The 2.5L Duratec-based Escape Hybrid (and Escape PHEV) uses a dedicated cooling fan to manage the temperature of the high-voltage NiMH or lithium-ion battery pack located beneath the rear seat. This fan is known to fail due to bearing wear, debris ingestion, and motor failure. When the fan fails or runs at reduced speed, the battery management system restricts charge and discharge rates to protect the cells, resulting in a significant loss of EV drive capability and reduced fuel economy. Continued operation with a failed fan can cause permanent cell degradation. Ford issued a related TSB on HV battery temperature warnings.

Symptoms to notice

  • Instrument cluster warning indicating reduced hybrid system performance or HV battery temperature fault
  • Noticeable reduction in EV-only driving range or more frequent engine-on events than expected
  • Rattling or grinding noise from beneath the rear seat during normal operation
  • Battery charge level declining faster than normal or reduced regenerative braking force
  • Complete loss of EV-mode capability with engine running continuously at low speeds

What to check

  1. With the vehicle powered on and HV system active, listen beneath the rear seat for the battery cooling fan running — it should be audible as a quiet hum during warm weather operation.
  2. Check for any warning messages related to hybrid system temperature or reduced performance on the instrument cluster.
  3. Scan for DTC codes related to battery temperature (BMS fault codes).
  4. Inspect the fan inlet at the base of the rear seat for debris blockage.
  5. Check EV-only range against the rated figure for the state of charge shown.

Where to look: Under the rear passenger seat — HV battery cooling fan inlet and duct

Ask the seller

  • “Have you noticed any warning messages about the hybrid system, battery temperature, or reduced performance, particularly in hot weather?”
  • “Has the EV-only range dropped noticeably from what it was when the car was new?”
  • “Has the high-voltage battery cooling fan ever been inspected, cleaned, or replaced?”
Body, brakes, suspension & interior4

01Panoramic Sunroof Drain Blockage — Water Ingress

Press finger into front carpet under both footwell mats — saturated foam confirms prior water ingress.2013–2019Body & Rust
CommonBody & Rust $400–$3,500 to fix

Can't confirm for this car

The Kuga Mk2 panoramic sunroof system channels rainwater through four corner drains routed through the A and C pillars to exit beneath the vehicle. The drain tubes are narrow-bore and lack a practical access point for cleaning; leaf litter, debris, and biofilm accumulate over 3–5 years completely blocking flow. Backed-up water overflows internally into the headliner foam, tracks down pillar trim into the front footwells, and reaches the Body Control Module and fuse box located under the dashboard on the driver's side. Electrical faults including false airbag warnings, BCM corruption, and central locking failures stem directly from water reaching these modules. Mould growth in saturated carpets and headliners is a secondary consequence.

Symptoms to notice

  • Wet carpet in front footwells especially after rain or car wash
  • Damp or musty smell from interior ventilation
  • Staining on headliner edges or A-pillar trim
  • Intermittent electrical faults — airbag light, BCM codes, central locking failure
  • Visible water pooling in sunroof channel when open after rain

What to check

  1. Press finger into front carpet under both footwell mats — saturated foam confirms prior water ingress.
  2. Inspect A-pillar and C-pillar trim for tide marks or staining.
  3. With sunroof open, pour a small amount of water into each corner drain channel and verify it exits under the vehicle within a few seconds.
  4. Inspect under-dash fuse box and BCM for corrosion or white residue.

Where to look: Panoramic sunroof corner drains, A-pillar and C-pillar drain tubes, front footwell area, underdash fuse box and BCM

Ask the seller

  • “Have the sunroof drains been flushed or cleaned?”
  • “Has the vehicle ever had wet carpets or a musty interior smell?”
  • “Have there been any unexplained electrical faults such as airbag or BCM warnings?”
  • “Has any interior trim or carpet been replaced?”

02Rear Suspension Trailing Arm Bush Deterioration and Corrosion

2013–2019Suspension
OccasionalSuspension $500–$2,200 to fix

Can't confirm for this car

The rear twist-beam suspension on front-wheel-drive Kuga variants uses rubber bushes in the trailing arm mounts that degrade with age and load cycling, causing vague steering feel, rear wander at highway speed, and tyre edge wear. In the New Zealand and Australian coastal environment, the twist-beam steel itself and its mounting brackets can corrode significantly, leading to cracking or weakening of the structure. Severe corrosion can render the rear suspension mount unsafe.

Symptoms to notice

  • Vague or wandering steering feel at highway speed
  • Uneven rear tyre wear, particularly on the inner or outer edges
  • Knocking or clunking from the rear suspension over bumps or speed humps
  • Visible surface rust or scale on the trailing arm crossmember when inspected from underneath
  • Car pulls to one side under braking

What to check

Crawl under the rear of the vehicle and visually inspect the trailing arm mounting points and twist-beam crossmember for surface rust, pitting, or cracking. Grab each rear wheel at 9 and 3 o'clock positions and check for lateral play indicating bush wear. Inspect tyre inner and outer edges for abnormal or one-sided wear. On a test drive, check that the car tracks straight at highway speed without correction.

Where to look: Rear undercarriage, trailing arm bushes at chassis mounting points and twist-beam crossmember

Parts involved: Body corrosion.

Ask the seller

  • “Has the car had a recent wheel alignment, and did it require any suspension bush replacement?”
  • “Has the vehicle spent significant time in coastal or high-humidity areas where rust could be accelerated?”
  • “Are there any knocking noises from the rear suspension over bumps?”

03Electronic Parking Brake (EPB) Actuator Motor Seizure

Apply and release the electronic parking brake several times and listen for any grinding, clicking, or straining motor noise from the rear calipers.2013–2019Brakes
OccasionalBrakes $450–$1,400 to fix

Can't confirm for this car

The Kuga's electronic parking brake uses electric actuator motors integrated into the rear brake calipers. These motors are prone to seizing — particularly in the wet New Zealand climate — due to moisture ingress into the motor housing or corrosion on the caliper piston threads. A seized EPB motor can leave the parking brake applied and unable to release, stranding the vehicle, or alternatively fail to apply, creating a safety concern on gradients. Replacement requires the full rear caliper assembly in most cases.

Symptoms to notice

  • Grinding or straining noise when applying or releasing the electronic parking brake
  • Parking brake warning light or 'Brake System Fault' message that does not clear
  • Vehicle unable to move after parking with the electric brake applied (brake stuck on)
  • EPB applies with a delay or fails to fully release on hill starts
  • Rear brake dragging or one rear wheel hotter than the other after driving

What to check

Apply and release the electronic parking brake several times and listen for any grinding, clicking, or straining motor noise from the rear calipers. Check for any parking brake or brake system warning lights. Inspect rear caliper bodies for corrosion on the motor housing mounting face. If a workshop inspection is possible: Scan for EPB fault codes using a Ford-compatible diagnostic tool (e.g., Forscan).

Where to look: Rear brake calipers, left and right, EPB actuator motor bolted to outer face of each caliper

Parts involved: Brake disc and pads, Body corrosion.

Ask the seller

  • “Has the electronic parking brake ever stuck on, failed to release, or produced a grinding noise?”
  • “Have either of the rear brake calipers been replaced, and when were the rear brakes last serviced?”
  • “Are there any brake system warning lights currently showing on the dashboard?”

04Rear Wheel Bearing Premature Failure

Spin each wheel by hand and listen for roughness or grinding.2012–2019Suspension
CommonSuspension $450–$1,100 to fix

Can't confirm for this car

The Kuga Mk2 rear wheel bearing/hub assembly fails substantially earlier than its rated service life, typically between 80,000 and 140,000 km. The rear bearing is a sealed hub unit pressed into the knuckle; its compact design provides insufficient radial load capacity for the vehicle's kerb weight, particularly on AWD variants where the rear bearing also transmits drive torque. Corrosion of the bearing outer race seat accelerates in NZ and AU coastal environments. Failed bearings progress from early-stage humming to a loud cyclic drone that changes pitch on cornering, before reaching the point of excessive play that creates brake judder, ABS sensor errors, and eventual wheel separation risk if neglected.

Symptoms to notice

  • Low drone or hum from rear that intensifies above 80 km/h
  • Noise changes pitch or disappears when cornering left vs right
  • Vibration through seat or floor at highway speed
  • ABS or stability control warning light due to corrupted wheel speed signal
  • Grumbling felt when pushing vehicle by hand in wheel area

What to check

Spin each wheel by hand and listen for roughness or grinding. On a test drive, note if any drone changes when weighting one side on a gentle motorway lane change. Check for ABS fault codes that may have been cleared. If a workshop inspection is possible: With the vehicle safely on a hoist, grasp each rear wheel at 12 and 6 o'clock positions and attempt to rock it — detectable play indicates bearing wear.

Where to look: Rear wheel hub/bearing assembly, both sides, within rear knuckle carrier

Parts involved: Wheel bearing.

Ask the seller

  • “Has either rear wheel bearing been replaced?”
  • “Has there ever been a droning or humming noise from the rear at speed?”
  • “Have there been any ABS or stability control warning lights?”
  • “Has the vehicle had any rear suspension or brake work?”

Ford Kuga 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.

1.6 EcoBoost Cracked Head — Coolant Into CylinderCritical · Engine2.0 TDCi Diesel Particulate Filter (DPF) BlockageMajor · Engine2.0 TDCi EGR Cooler Cracking and Coolant ContaminationMajor · CoolingPCV breather diaphragm rupture, whistle and oil use (Kuga TE 2.5 B5254T3 five-cylinder turbo petrol)Major · Engine

What these repairs cost on other cars

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

Other Ford models

Ford Ranger45 documented faultsFord Focus37 documented faultsFord Falcon36 documented faultsFord Everest16 documented faultsFord Fiesta16 documented faultsFord Mondeo15 documented faults

Ford Kuga buyer questions

Is the Ford Kuga reliable?

Like any used car, it depends on the specific example and its service history. Across the 17 documented faults for the Ford Kuga, the recurring problem areas are engine, electrical, and body & rust. A Ford Kuga 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 Ford Kuga?

We've catalogued 17 known faults for the Ford Kuga, covering engine, electrical, and body & rust. All 17 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 Ford Kuga?

Most single repairs on the Ford Kuga fall between $600–$3,200 at NZ independent-workshop rates. Some of the 17 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 Ford Kuga?

Yes. A Ford Kuga 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.