Honda City: common faults & what to check
Thinking about buying a used Honda City (2009–2020) in New Zealand? We've documented 11 known faults for this model spanning transmission, suspension, electrical, and engine. 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 Honda City
- Odometer history
- Money owing
- Reported stolen
- Ownership history
11
Critical
$300–$900
24
Which Honda City are you looking at?
Petrol
Hybrid
Now narrow it to the engine
Start your free check on this Honda City
Pick the engine above first: the City came with 3, and without it the report has to show all of their faults. Pick the engine
Can't confirm for this car
Honda City
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
Serious issue
Cold-start then drive in stop-go and up a hill, feeling for judder and shift hesitation.
i-DCD 7-speed dual-clutch failure (Grace hybrid)
The Honda Grace/City hybrid does not use a CVT - it uses Honda's 7-speed dual-clutch i-DCD gearbox (same unit as the JDM Fit/Vezel hybrid), which had a troubled launch. Honda issued a series of Japan recalls for the DCT control software that could cause a delay driving off, inability to move, or juddering/harsh shifts. The dry-clutch design overheats in stop-go traffic and wears; owners report overheating warnings and loss of drive uphill. Grey-import Graces often never received the corrective firmware, and fault code P2857 (clutch pressure) is common. Ignored, it progresses from judder to non-engagement and full DCT replacement.
What you would notice
Serious issue
Inspect the rubber boot for splitting or grease loss.
Front Lower Control Arm Ball Joint Wear
The front lower control arm on the City GM6/GM8 uses a pressed-in ball joint that is not separately serviceable from the arm on most parts-supply channels, meaning wear requires arm replacement. The joint's polymer-lined socket wears under the combined radial and axial loads of front suspension travel, particularly in markets with variable road surfaces, causing increasing play that affects steering accuracy and allows the knuckle to move in ways the ABS and VSA sensors do not expect. Undetected wear can progress to sudden joint separation, which results in immediate loss of front wheel steering control.
What you would notice
Costly issue
Test drive at 30–50 km/h with light throttle on flat road — feel for a rhythmic shudder through the floor or seat.
CVT (Earth Dreams) Belt Judder Under Light Load
The Honda City GM6 automatic variants use a CVT with a dry-start pushbelt design that is sensitive to degraded CVT fluid, particularly after intervals exceeding 40,000 km without a fluid change. Degraded fluid loses its friction-modifier package, causing the steel pushbelt to slip micro-incrementally against the pulley faces under light-load acceleration from low speeds, producing a characteristic judder or shudder felt through the drivetrain. Left unaddressed, belt-to-pulley contact wear accelerates and can require full CVT replacement.
What you would notice
Costly issue
Cold-start the engine and listen immediately for top-end rattle.
L13Z / L15Z Timing Chain Cold-Start Rattle
Honda City models using the L13Z and L15Z 1.3–1.5L engines share the same hydraulic timing chain tensioner design and documented cold-start rattle pattern as other Honda L-series small engines. Rattle is caused by slow oil pressure build-up at the tensioner and is exacerbated by infrequent oil changes or incorrect viscosity oil. The fault is documented by NZ and AU City owners across multiple model years.
What you would notice
Costly issue
Inspect the rubber boots for splits or displacement.
Front and Rear Brake Caliper Guide Pin Seizure
The City GM6/GM8 uses sliding-type brake calipers front and rear where the caliper body floats on two steel guide pins that are coated in rubber boots filled with brake grease. In humid or coastal environments, the boots crack with age and allow moisture to contact the pin and its aluminium bracket bore, causing galvanic corrosion that locks the guide pin in place. A seized guide pin prevents the caliper from retracting after brake application, causing the outer pad to remain pressed against the rotor, leading to rapid pad wear on one side, rotor scoring, and brake drag that generates heat sufficient to cause brake fluid boil in extreme cases.
What you would notice
Costly issue
Check for illuminated EPS warning light in the instrument cluster.
Electric Power Steering Column Motor Failure
The City GM6/GM8 uses a column-mounted electric power steering (C-EPS) unit where the assist motor and torque sensor are integrated into the steering column assembly. The motor brushes and the torque sensor wiring harness connector are susceptible to moisture ingress through the firewall grommet and column shroud seams, causing intermittent assist dropout or, in advanced cases, complete assist failure. Honda issued a warranty extension on related EPS complaints in several markets, and DTC P0-series EPS codes stored in the body control module confirm electrical faults rather than mechanical ones.
What you would notice
Honda City service schedule
Seventh Generation · 2020–2026 · 1.5L (LEB) - e:HEV Hybrid version
Due by distance
- 40,000 km
Inspect the hybrid battery cooling fan intake for dust build-up and check the drivetrain fluid's general condition.
- 80,000 km
Thorough inspection of the suspension bushings and check the brake pads, as regenerative braking often masks wear levels.
- 100,000 km
Have the auxiliary belt inspected and confirm the hybrid components' coolant system is performing optimally.
Seventh Generation · 2020–2026 · 1.0L (P10A2) - VTEC Turbo version
Due by distance
- 60,000 km
First major interval for a thorough transmission fluid flush to keep the CVT shifting smoothly.
- 80,000 km
Inspect the cooling system hoses and auxiliary drive belts for surface cracking.
- 100,000 km
Spark plugs are typically replaced here, alongside a comprehensive ignition system health check.
Sixth Generation · 2014–2020 · 1.5L (L15Z1) - i-VTEC Standard version
Due by distance
- 100,000 km
Major fluid service, including transmission fluid flush and spark plug inspection.
- 150,000 km
Suspension components like sway bar links and bushings may start to show their age on New Zealand roads.
- 200,000 km
Engine mount inspections become essential to maintain that smooth Honda idle.
Fifth Generation · 2008–2014 · 1.5L (L15A7) - i-VTEC Standard version
Due by distance
- 100,000 km
Comprehensive fluid flush, including transmission oil and coolant, keeps the i-VTEC system operating efficiently.
- 150,000 km
Evaluate the suspension bushings and shocks, which often show wear after this distance on NZ roads.
- 200,000 km
Focus on the ignition system - checking or replacing the spark plugs and ignition coils helps maintain the engine's original fuel economy.
Fourth Generation · 2002–2008 · 1.3L (L13A) - i-DSI Efficiency version
Due by distance
- 150,000 km
Double-check the suspension bushings and steering rack ends for natural wear.
- 200,000 km
Ensure the cooling system components, like the radiator hoses, have been refreshed to keep the L13A engine running at its best.
- 250,000 km
Ensure the alternator and starter motor have been inspected, as these items have performed a lot of duty cycles by this stage.
Fourth Generation · 2002–2008 · 1.5L (L15A) - VTEC Sport version
Due by distance
- 100,000 km
Suspension bushings and engine mounts are worth a friendly inspection for wear.
- 150,000 km
Check the condition of the alternator and starter motor, ensuring they perform efficiently.
- 200,000 km
Have a professional look at the ignition system components, such as coil packs, to keep the L15A engine running smoothly.
Third Generation (Facelift) · 2000–2002 · 1.5L (D15B) - VTEC Performance version
Due by distance
- 150,000 km
Cooling system components, such as the water pump and thermostat, have likely done a good amount of work by now.
- 200,000 km
A prime time to ensure the suspension bushings and shocks have been refreshed to maintain that characteristic Honda nimble handling.
- 250,000 km
Have a specialist verify the health of the engine seals and gaskets, which naturally settle over time.
Third Generation (Facelift) · 2000–2002 · 1.3L (D13B) - Base i-DSI
Due by distance
- 100,000 km
Initial cooling system components, like the radiator cap and coolant hoses, may be nearing the end of their optimal service life.
- 150,000 km
Verify whether the alternator and starter motor have been serviced, as these electrical components have done a solid decade of work by this stage.
- 200,000 km
Ensure engine mounts have been inspected, as D13B engine vibrations can eventually lead to mount fatigue.
See all 11 documented issues
Depends on which engine this Honda City has — 11
Engine, transmission & cooling
01i-DCD 7-speed dual-clutch failure (Grace hybrid)
Can't confirm for this car02CVT (Earth Dreams) Belt Judder Under Light Load
Can't confirm for this car
Can't confirm for this car
The Honda City GM6 automatic variants use a CVT with a dry-start pushbelt design that is sensitive to degraded CVT fluid, particularly after intervals exceeding 40,000 km without a fluid change. Degraded fluid loses its friction-modifier package, causing the steel pushbelt to slip micro-incrementally against the pulley faces under light-load acceleration from low speeds, producing a characteristic judder or shudder felt through the drivetrain. Left unaddressed, belt-to-pulley contact wear accelerates and can require full CVT replacement.
Symptoms to notice
What to check
Ask the seller
03L13Z / L15Z Timing Chain Cold-Start Rattle
Can't confirm for this car
Can't confirm for this car
Honda City models using the L13Z and L15Z 1.3–1.5L engines share the same hydraulic timing chain tensioner design and documented cold-start rattle pattern as other Honda L-series small engines. Rattle is caused by slow oil pressure build-up at the tensioner and is exacerbated by infrequent oil changes or incorrect viscosity oil. The fault is documented by NZ and AU City owners across multiple model years.
Example of the part — not this vehicleThe front of a twin-cam engine with the timing cover off — chain, sprockets and guides.
Symptoms to notice
What to check
Ask the seller
04Low-pressure fuel pump impeller failure (recall)
Can't confirm for this car
Can't confirm for this car
Later petrol City models (MY19-20) are caught in Honda's global low-pressure fuel-pump recall. The in-tank pump impeller was manufactured improperly and can swell/deform, so the pump becomes inoperative - the engine may fail to start or stall while driving, a safety risk. In Australia this is a formal recall covering Civic, City, Jazz, CR-V, HR-V and Accord from roughly 2018-2021. The free remedy is a pump replacement at a Honda dealer; the risk is an unrepaired imported or on-sold car.
Symptoms to notice
What to check
Ask the seller
05Fuel Injector Wiring Harness Vibration Failure (L15A)
Can't confirm for this car
Can't confirm for this car
The L15A 1.5 i-VTEC in the City GM8 routes the fuel injector sub-harness along the top of the intake manifold in a path that passes close to a sharp manifold bracket edge, and the harness is secured by a single plastic clip that can fatigue over time. Engine vibration causes the insulation at this contact point to chafe through over approximately 80,000–120,000 km of use, creating intermittent short circuits between injector signal wires and eventually causing injector misfires on the affected cylinder. The ECU stores misfire DTCs (P030X) and may activate the catalyst protection fuel-cut, which the owner often misdiagnoses as an injector failure itself rather than a wiring fault.
A common-rail diesel injector. Contamination damages the nozzle at the tip.
Symptoms to notice
What to check
Ask the seller
06Throttle Body Carbon Fouling (L13Z / L15A i-VTEC)
Can't confirm for this car
Can't confirm for this car
The L13Z 1.3 and L15A 1.5 i-VTEC engines use a drive-by-wire electronic throttle body that accumulates carbon deposits on the throttle plate and bore wall over time, particularly in stop-start urban driving where intake temperatures cycle repeatedly through condensation ranges. As deposits build on the throttle plate edge, the ECU's learned idle adaptation reaches its authority limit, causing rough cold idle and throttle response hesitation that cannot be corrected by re-learning alone until the throttle body is physically cleaned or replaced.
Symptoms to notice
What to check
Ask the seller
Electrical
01Electric Power Steering Column Motor Failure
Can't confirm for this car
Can't confirm for this car
The City GM6/GM8 uses a column-mounted electric power steering (C-EPS) unit where the assist motor and torque sensor are integrated into the steering column assembly. The motor brushes and the torque sensor wiring harness connector are susceptible to moisture ingress through the firewall grommet and column shroud seams, causing intermittent assist dropout or, in advanced cases, complete assist failure. Honda issued a warranty extension on related EPS complaints in several markets, and DTC P0-series EPS codes stored in the body control module confirm electrical faults rather than mechanical ones.
Symptoms to notice
What to check
Ask the seller
Body, brakes, suspension & interior
01Front Lower Control Arm Ball Joint Wear
Can't confirm for this car
Can't confirm for this car
The front lower control arm on the City GM6/GM8 uses a pressed-in ball joint that is not separately serviceable from the arm on most parts-supply channels, meaning wear requires arm replacement. The joint's polymer-lined socket wears under the combined radial and axial loads of front suspension travel, particularly in markets with variable road surfaces, causing increasing play that affects steering accuracy and allows the knuckle to move in ways the ABS and VSA sensors do not expect. Undetected wear can progress to sudden joint separation, which results in immediate loss of front wheel steering control.
Example of the part — not this vehicleA separated lower ball joint: the control arm has dropped and the wheel has splayed out under the guard.
Symptoms to notice
What to check
Ask the seller
02Rear Trailing Arm Bush Collapse
Can't confirm for this car
Can't confirm for this car
The City GM6/GM8 uses a torsion-beam rear suspension where the trailing arms locate through large rubber compliance bushes pressed into the body subframe. These bushes are subject to continuous torsional deflection under braking and acceleration, and the natural rubber compound used degrades with age and exposure to road contaminants, leading to cracking and eventual void collapse within the bush. Collapsed rear bushes allow the rear axle to shift fore-aft under load, causing unpredictable rear-end steering behaviour under hard braking and a noticeable clunk when the throttle is applied or released from rest.
Symptoms to notice
What to check
Ask the seller
03Front and Rear Brake Caliper Guide Pin Seizure
Can't confirm for this car
Can't confirm for this car
The City GM6/GM8 uses sliding-type brake calipers front and rear where the caliper body floats on two steel guide pins that are coated in rubber boots filled with brake grease. In humid or coastal environments, the boots crack with age and allow moisture to contact the pin and its aluminium bracket bore, causing galvanic corrosion that locks the guide pin in place. A seized guide pin prevents the caliper from retracting after brake application, causing the outer pad to remain pressed against the rotor, leading to rapid pad wear on one side, rotor scoring, and brake drag that generates heat sufficient to cause brake fluid boil in extreme cases.
Symptoms to notice
What to check
Ask the seller
04Front Wheel Bearing Premature Wear
Can't confirm for this car
Can't confirm for this car
Front wheel bearing failures are reported on Honda City models at lower-than-expected mileages, particularly on vehicles used on New Zealand unsealed or gravel roads and high-odometer imports. The integrated hub-bearing design on later GM and GN variants increases replacement cost over serviceable units. Failures are commonly flagged at WOF inspections in NZ.
Symptoms to notice
What to check
Ask the seller
Honda City faults in detail
What these repairs cost on other cars
Some of the Honda City’s documented faults are repairs other models share. Each page lists the documented NZ cost for every model it affects.
Other Honda models
Honda City buyer questions
Is the Honda City reliable?
Like any used car, it depends on the specific example and its service history. Across the 11 documented faults for the Honda City, the recurring problem areas are transmission, suspension, and electrical. A Honda City 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 Honda City?
We've catalogued 11 known faults for the Honda City, covering transmission, suspension, and electrical. All 11 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 Honda City?
Most single repairs on the Honda City fall between $300–$900 at NZ independent-workshop rates. Some of the 11 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 Honda City?
Yes. A Honda City 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.