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Honda2001–2024 Critical issues documented

Honda Fit GE: common faults & what to check

The GE is the Honda Fit built 2007–2014. It was sold here with the 1.3L petrol (L13A) and 1.5L petrol (L15A). Of the 42 faults documented for the Fit, 13 apply to this generation, each with its symptoms, what to inspect and a typical repair cost. Free, no account needed.

Check this exact Honda Fit

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

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42

Documented faults

Critical

Most serious

$250–$1,200

Typical repair

27

Service milestones

You're looking at the GE

2 engine variants are documented for this generation. Pick yours to narrow further, or keep reading for the generation as a whole.

Choose a different generation

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.

A 2009 Honda Fit is the GE generation (2007 to 2014).

Start your free check on this Honda Fit

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.

Honda Fit GEEngine not picked yet

Pick the engine above first: the Fit 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

Honda Fit · 2009

Narrowed to the year. No engine is recorded for this vehicle. Pick an engine to see which faults apply.

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

  • No engine is recorded for this vehicle.

matched on year only

What to look out for

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

  • Serious issue

    Look for cracking, discolouration, or raised weld edges indicating fatigue.

    See why

    Rear Torsion Beam Weld Cracking at Trailing Arm

    On GE-generation Jazz (GE6/GE8 chassis sold in NZ/AU), the rear torsion beam rear axle is susceptible to fatigue cracking at the weld junction between the trailing arm and the cross-member tube. The failure initiates as a hairline crack in the heat-affected zone of the MIG weld, typically at the lower-rear quadrant of the joint. NZ road conditions, including unsealed rural roads and pothole loading, accelerate crack propagation. A fully propagated crack results in loss of rear axle geometry, severe tyre scrub, and potential loss of vehicle control. The crack can be invisible until the weld opens under load. Vehicles used for touring or carrying near-maximum loads are disproportionately affected. Several NZ WoF inspections have identified this as a structural failure requiring immediate repair before a certificate of fitness is issued.

    What you would notice

    • Rear-end clunking or knocking over bumps, distinct from shock absorber noise
    • Rear tyre wearing unevenly on inner or outer edge
    • Vehicle tracking noticeably off-centre when driving straight on flat road
    • Visual crack or rust seam visible at trailing arm-to-beam weld junction

    Typically $1,000–$3,800 to put right.

  • Serious issue

    With the vehicle stationary and engine off, apply firm pedal pressure and hold for 30 seconds – the pedal should not sink toward the floor.

    See why

    Brake Master Cylinder Internal Bypass and Servo Vacuum Leak

    The GE Jazz brake master cylinder is susceptible to internal seal bypass failure, where the primary cup seal allows fluid to bypass under pedal application. Separately, the brake vacuum servo diaphragm can develop cracks causing vacuum loss and requiring a very high pedal effort to achieve adequate deceleration. The two faults can occur independently or together. Internal bypass in the master cylinder does not result in visible external fluid loss, making it easily overlooked. Honda issued a technical service campaign in Japan addressing master cylinder seal deterioration on certain GE build dates.

    What you would notice

    • Brake pedal slowly sinks toward the floor under sustained firm pressure despite the brake fluid reservoir remaining at the correct level
    • Very high pedal effort required to achieve normal braking force, particularly noticeable at low speed manoeuvres where servo assistance should be greatest
    • Longer than expected stopping distances with a pedal that feels solid but unusually high in the pedal arc

    Typically $650–$1,800 to put right.

  • Costly issue

    Use a torch and probe or screwdriver to firmly press along the rear sill seam from inside the wheel arch.

    See why

    Rear Sill and Wheel Arch Rust Perforation

    GD (2002–2008) and early GE (2008–2014) generation Jazz vehicles are prone to rust perforation along the rear sill seams and inner wheel arch lips. The factory underseal in these areas is thin and the folded seam traps moisture and road salt. In the NZ coastal and high-rainfall environment, perforation can develop from the inside out, meaning surface paint appears intact while the substrate is already perforated. Affected areas can cause WOF failures once structural sill members are compromised. Repairs range from patch welding to full sill section replacement depending on extent.

    What you would notice

    • Bubbling or blistering paintwork along the lower rear sill and door sill edges
    • Probe or finger pressure penetrating the sill panel indicating through-rust perforation
    • Water or damp smell in the rear footwell with staining on carpet underlay

    Typically $600–$3,500 to put right.

  • Costly issue

    Check for pulling under braking.

    See why

    Brake Caliper Guide Pin Seizure

    Front brake caliper guide pins seize from corrosion causing uneven pad wear.

    What you would notice

    • Vehicle pulling to one side under braking
    • One front disc hotter than the other after moderate use

    Typically $150–$500 to put right.

  • Costly issue

    Cycle through all gear positions — P, R, N, D, and manual modes — and confirm the dashboard indicator matches each position cleanly with no lag.

    See why

    Gear Selector Cable Stretch and Failure

    The gear selector cable on GE Jazz models connects the cabin gear lever to the transmission selector lever via a flexible conduit routed through the engine bay. The inner cable and outer sheath are subject to fraying and elongation with age, heat cycling, and exposure to engine bay temperatures. When the cable stretches, the transmission does not achieve a clean mechanical detent between positions, so the indicator on the dashboard may show one gear while the transmission is actually engaged in an adjacent one (most critically, P or N instead of D). A broken cable leaves the transmission stuck in its last position and immobilises the vehicle. This is distinct from electronic shift-by-wire faults and is confirmed by physical inspection of the cable at both ends.

    What you would notice

    • Difficulty moving the gear selector between positions, requiring extra force
    • Gear position indicator on dashboard does not match the lever position
    • Vehicle rolls when dashboard shows Park, indicating cable misalignment
    • Transmission stuck in a single gear following cable snap

    Typically $300–$750 to put right.

  • Costly issue

    Scan for misfire codes.

    See why

    Fuel Injector Harness Vibration Failure Causing Misfires

    The GE8 Fit RS fuel injector wiring harness is routed close to a vibration source and can chafe causing intermittent injector signal loss and cylinder misfires.

    What you would notice

    • Intermittent misfires under acceleration with cylinder-specific P030x codes
    • Rough running that improves temporarily after flexing the harness

    Typically $200–$700 to put right.

Honda Fit service schedule

The 2 engines a 2009 Honda Fit was sold with, each with its own intervals. Pick your engine above to narrow this to one. 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.

Second Generation (GE) · 2007–2013 · 1.3L (L13Z) i-VTEC - Standard city version

Petrol

Due by distance

  1. 100,000 km

    Inspect the spark plugs and service the CVT fluid.

  2. 150,000 km

    Check the drive belt condition and flush the cooling system.

  3. 200,000 km

    Have a qualified mechanic review the suspension bushings and overall chassis integrity.

Second Generation (GE) · 2007–2013 · 1.5L (L15A7) i-VTEC - RS Sport version

Petrol

Due by distance

  1. 100,000 km

    Check the spark plugs and the auxiliary drive belt for cracking or wear.

  2. 150,000 km

    Inspect the cooling system, including hoses and the radiator, as these components age in any vehicle.

  3. 200,000 km

    Assess the suspension components and wheel bearings to maintain that sharp RS handling feel.

See all 13 issues for this oneDocumented for the exact year and engine you picked, including 2 rated critical.
Engine, transmission & cooling2

01Gear Selector Cable Stretch and Failure

Cycle through all gear positions — P, R, N, D, and manual modes — and confirm the dashboard indicator matches each position cleanly with no lag.petrol2008–2014Transmission
OccasionalTransmission $300–$750 to fix

The gear selector cable on GE Jazz models connects the cabin gear lever to the transmission selector lever via a flexible conduit routed through the engine bay. The inner cable and outer sheath are subject to fraying and elongation with age, heat cycling, and exposure to engine bay temperatures. When the cable stretches, the transmission does not achieve a clean mechanical detent between positions, so the indicator on the dashboard may show one gear while the transmission is actually engaged in an adjacent one (most critically, P or N instead of D). A broken cable leaves the transmission stuck in its last position and immobilises the vehicle. This is distinct from electronic shift-by-wire faults and is confirmed by physical inspection of the cable at both ends.

Symptoms to notice

  • Difficulty moving the gear selector between positions, requiring extra force
  • Gear position indicator on dashboard does not match the lever position
  • Vehicle rolls when dashboard shows Park, indicating cable misalignment
  • Transmission stuck in a single gear following cable snap

What to check

Cycle through all gear positions — P, R, N, D, and manual modes — and confirm the dashboard indicator matches each position cleanly with no lag. On a slope, engage Park and release the brakes to confirm the vehicle does not roll. Inspect the cable routing in the engine bay for fraying, kinking, or corrosion at the transmission end bracket.

Where to look: Gear selector cable — cabin lever to CVT/automatic selector lever, routed through engine bay bulkhead

Ask the seller

  • “Has the gear selector ever felt stiff, imprecise, or failed to engage Park properly?”
  • “Has the selector cable been replaced or adjusted?”

02Fuel Injector Harness Vibration Failure Causing Misfires

Scan for misfire codes.petrol2007–2013Engine
OccasionalEngine $200–$700 to fix

The GE8 Fit RS fuel injector wiring harness is routed close to a vibration source and can chafe causing intermittent injector signal loss and cylinder misfires.

A single common-rail diesel fuel injector photographed against a plain background.Example of the part — not this vehicle

A common-rail diesel injector. Contamination damages the nozzle at the tip.

Panoha · CC BY-SA 3.0 · Wikimedia Commons

Symptoms to notice

  • Intermittent misfires under acceleration with cylinder-specific P030x codes
  • Rough running that improves temporarily after flexing the harness

What to check

  1. Scan for misfire codes.
  2. Inspect injector wiring harness for chafing or damaged insulation.

Where to look: Fuel injector wiring harness along the top of the engine

Parts involved: Fuel injector.

Ask the seller

  • “Has the fuel injector harness vibration failure been inspected or repaired?”
Electrical1

03AC Compressor Magnetic Clutch Slipping

On a hot day above 25°C, run the engine at idle with AC on maximum and observe the compressor clutch engagement at the front of the AC compressor.petrol2008–2020Electrical
CommonElectrical $480–$1,400 to fix

On both GE and GK Jazz generations, the air conditioning compressor electromagnetic clutch is documented to slip under high ambient temperature conditions above 28°C. The clutch air gap specification is 0.3–0.6 mm; as the clutch plate and rotor face wear, the gap widens and the magnetic holding force drops. In high-ambient conditions the clutch solenoid draws insufficient current to maintain engagement against the compressor's elevated head pressure, causing intermittent disengagement. Symptoms are worst in summer months and when the cabin is hot. Secondary effects include compressor pulley bearing wear from repeated partial-engagement events and occasional belt squealing. Replacement of the clutch assembly alone is possible on these units but requires partial disassembly of the front of the engine bay. Honda-OEM clutch assemblies have better heat tolerance than many aftermarket alternatives available in NZ.

Symptoms to notice

  • AC blows warm air intermittently on hot days despite being set to cold
  • AC performance restores itself when ambient temperature drops in the evening
  • Faint squealing or chirping from engine bay when AC is switched on
  • AC clutch audibly clicking on and off rapidly rather than staying engaged

What to check

On a hot day above 25°C, run the engine at idle with AC on maximum and observe the compressor clutch engagement at the front of the AC compressor. The clutch face should spin continuously with the pulley; intermittent disengagement (clutch face stopping and restarting) confirms slipping. Inspect wiring to the clutch solenoid for corrosion. If a workshop inspection is possible: Check the clutch air gap with feeler gauges if possible — a gap above 0.7 mm requires shimming or replacement.

Where to look: Front of AC compressor mounted on left-hand side of engine bay, driven by the accessory belt

Parts involved: Clutch.

Ask the seller

  • “Does the air conditioning work reliably in summer heat?”
  • “Has the AC compressor or clutch ever been replaced or serviced?”
  • “Has the AC system ever been regassed?”
  • “Is there any noise from the engine bay when the AC is running?”
Body, brakes, suspension & interior2 critical6

04Rear Torsion Beam Weld Cracking at Trailing Arm

Look for cracking, discolouration, or raised weld edges indicating fatigue.petrol2008–2014Suspension
OccasionalSuspension $1,000–$3,800 to fix

On GE-generation Jazz (GE6/GE8 chassis sold in NZ/AU), the rear torsion beam rear axle is susceptible to fatigue cracking at the weld junction between the trailing arm and the cross-member tube. The failure initiates as a hairline crack in the heat-affected zone of the MIG weld, typically at the lower-rear quadrant of the joint. NZ road conditions, including unsealed rural roads and pothole loading, accelerate crack propagation. A fully propagated crack results in loss of rear axle geometry, severe tyre scrub, and potential loss of vehicle control. The crack can be invisible until the weld opens under load. Vehicles used for touring or carrying near-maximum loads are disproportionately affected. Several NZ WoF inspections have identified this as a structural failure requiring immediate repair before a certificate of fitness is issued.

Symptoms to notice

  • Rear-end clunking or knocking over bumps, distinct from shock absorber noise
  • Rear tyre wearing unevenly on inner or outer edge
  • Vehicle tracking noticeably off-centre when driving straight on flat road
  • Visual crack or rust seam visible at trailing arm-to-beam weld junction

What to check

  1. Look for cracking, discolouration, or raised weld edges indicating fatigue.
  2. Check for uneven rear tyre wear.
  3. Measure rear toe alignment — significant deviation without prior damage points to beam deformation.
  4. If a workshop inspection is possible: Place vehicle on a hoist and inspect the rear torsion beam thoroughly at both trailing arm weld junctions using a torch and wire brush to remove surface rust before visual inspection.

Where to look: Rear undercarriage: weld joint where trailing arm meets the transverse torsion tube, both left and right sides

Ask the seller

  • “Has the rear suspension ever been inspected for cracks or weld fatigue?”
  • “Has the vehicle ever been used on unsealed or rural roads regularly?”
  • “Has it ever failed a WoF or CoF inspection for rear axle issues?”
  • “Has the vehicle ever been involved in a rear-end impact, even minor?”

05Brake Master Cylinder Internal Bypass and Servo Vacuum Leak

With the vehicle stationary and engine off, apply firm pedal pressure and hold for 30 seconds – the pedal should not sink toward the floor.petrol2008–2014Brakes
OccasionalBrakes $650–$1,800 to fix

The GE Jazz brake master cylinder is susceptible to internal seal bypass failure, where the primary cup seal allows fluid to bypass under pedal application. Separately, the brake vacuum servo diaphragm can develop cracks causing vacuum loss and requiring a very high pedal effort to achieve adequate deceleration. The two faults can occur independently or together. Internal bypass in the master cylinder does not result in visible external fluid loss, making it easily overlooked. Honda issued a technical service campaign in Japan addressing master cylinder seal deterioration on certain GE build dates.

Symptoms to notice

  • Brake pedal slowly sinks toward the floor under sustained firm pressure despite the brake fluid reservoir remaining at the correct level
  • Very high pedal effort required to achieve normal braking force, particularly noticeable at low speed manoeuvres where servo assistance should be greatest
  • Longer than expected stopping distances with a pedal that feels solid but unusually high in the pedal arc

What to check

With the vehicle stationary and engine off, apply firm pedal pressure and hold for 30 seconds – the pedal should not sink toward the floor. Start the engine and feel for the servo to assist (pedal should move down slightly as vacuum boosts). A brake pedal that slowly sinks under sustained pressure indicates internal master cylinder bypass. Hard pedal requiring high effort points to servo diaphragm failure.

Where to look: Brake master cylinder and servo booster assembly, driver's side firewall

Ask the seller

  • “Has the brake pedal ever felt higher than usual or required more effort to stop the car than you expected?”
  • “Does the brake pedal hold firm under sustained pressure, or does it slowly sink?”

06Rear Sill and Wheel Arch Rust Perforation

Use a torch and probe or screwdriver to firmly press along the rear sill seam from inside the wheel arch.petrol2002–2013Body & Rust
CommonBody & Rust $600–$3,500 to fix

GD (2002–2008) and early GE (2008–2014) generation Jazz vehicles are prone to rust perforation along the rear sill seams and inner wheel arch lips. The factory underseal in these areas is thin and the folded seam traps moisture and road salt. In the NZ coastal and high-rainfall environment, perforation can develop from the inside out, meaning surface paint appears intact while the substrate is already perforated. Affected areas can cause WOF failures once structural sill members are compromised. Repairs range from patch welding to full sill section replacement depending on extent.

Symptoms to notice

  • Bubbling or blistering paintwork along the lower rear sill and door sill edges
  • Probe or finger pressure penetrating the sill panel indicating through-rust perforation
  • Water or damp smell in the rear footwell with staining on carpet underlay

What to check

  1. Use a torch and probe or screwdriver to firmly press along the rear sill seam from inside the wheel arch.
  2. Any give, flaking, or the probe passing through indicates perforation.
  3. Inspect from below with a light.
  4. Check the inner wheel arch where the seam folds over the arch lip.
  5. Lift carpet edges at the rear footwells for signs of water ingress from compromised sills.

Where to look: Rear sill sections below rear doors; rear inner wheel arch lips and seams

Parts involved: Body corrosion.

Ask the seller

  • “Has this car had any rust treatment or panel repairs to the sills or wheel arches?”
  • “Has it ever failed a WOF for corrosion?”
  • “Can I inspect under the car and behind the rear wheels before buying?”

07Brake Caliper Guide Pin Seizure

Check for pulling under braking.2007–2013Brakes
CommonBrakes $150–$500 to fix

Front brake caliper guide pins seize from corrosion causing uneven pad wear.

Symptoms to notice

  • Vehicle pulling to one side under braking
  • One front disc hotter than the other after moderate use

What to check

  1. Check for pulling under braking.
  2. Feel for uneven wheel heat.
  3. Inspect guide pins.

Where to look: Front brake calipers

Parts involved: Brake disc and pads.

Ask the seller

  • “Has the brake caliper guide pin seizure been inspected or repaired?”

08Rear Trailing Arm Bush Collapse

Inspect rear trailing arm bushes for cracking.2007–2013Suspension
CommonSuspension $250–$600 to fix

Rear trailing arm bushes harden and collapse causing rear knocking.

Symptoms to notice

  • Knocking from rear suspension over rough surfaces
  • Imprecise rear handling feel

What to check

  1. Inspect rear trailing arm bushes for cracking.
  2. Push arm — any movement indicates collapsed bushes.

Where to look: Rear suspension trailing arm mounting points

Ask the seller

  • “Has the rear trailing arm bush collapse been inspected or repaired?”

09Front Strut Top Mount Bearing Clunking

Front strut top mount bearings wear causing clunking when turning the steering wheel over rough surfaces.2001–2014Suspension
CommonSuspension $250–$600 to fix

Front strut top mount bearings wear causing clunking when turning the steering wheel over rough surfaces.

Symptoms to notice

  • Clunking from front struts when turning or over bumps
  • Clunking repeatable at the same steering angle each sweep

What to check

Turn the steering wheel slowly from lock to lock with vehicle stationary — clunking that repeats at the same steering angle indicates worn top mount bearings.

Where to look: Front strut top mount bearings both sides

Parts involved: Shock absorber / strut.

Ask the seller

  • “Has the front strut top mount bearing been inspected or repaired?”
Depends on the exact engine — 4 moreDocumented for a specific engine we could not confirm from what you picked. Check the engine code on the car.
Engine, transmission & cooling3

01L13A/L15A Throttle Body Carbon Fouling

Rough idle that returns after cleaning indicates valve stem seal wear.petrol2007–2013Engine
CommonEngine $80–$300 to fix

Can't confirm for this car

The Honda Fit GE6/GE8 L13A 1.3 and L15A 1.5 throttle body butterfly valve and bore accumulate carbon deposits from crankcase blow-by, particularly on short-trip urban examples. Carbon build-up causes a rough hunting idle and hesitation. Periodic throttle body cleaning is required.

Symptoms to notice

  • Rough idle fluctuating between 600 and 900rpm at operating temperature
  • Hesitation and stumble from rest at light throttle

What to check

Rough idle that returns after cleaning indicates valve stem seal wear. If a workshop inspection is possible: Remove the intake hose and inspect the throttle body bore and butterfly valve for grey-black carbon deposits.

Where to look: Throttle body on intake manifold of L13A or L15A engine

Ask the seller

  • “Has the l13a/l15a throttle body carbon fouling been inspected or repaired?”

02CVT Shudder and Fluid Additive Depletion (GE)

Test drive with multiple gentle departures from standstill to replicate shudder.petrol2008–2014Transmission
OccasionalTransmission $250–$2,500 to fix

Can't confirm for this car

Early GE Jazz models carried over CVT shudder issues from the GD generation. The transmission fluid additives deplete over time, causing the start clutch to remain partially engaged and producing a shudder during low-speed acceleration from rest. The GE CVT is sensitive to non-genuine fluid substitution, and many owners who serviced the transmission with aftermarket fluid experienced worsening shudder. The correct remedy is drain-and-refill with Honda HMMF fluid, an ECU reset, and transmission recalibration — a procedure that may need repeating twice. Vehicles on their original or non-genuine fluid are the highest risk.

Symptoms to notice

  • Vibration or shudder felt when accelerating gently from rest
  • Clunking or lurching sensation at low throttle from standstill
  • Symptom absent at higher speeds or under firm acceleration
  • Worsened by non-genuine or old transmission fluid

What to check

  1. Test drive with multiple gentle departures from standstill to replicate shudder.
  2. Confirm transmission fluid is Honda HMMF (not a generic CVT fluid) and check service records for fluid change intervals.
  3. Ask when the CVT fluid was last changed and with what fluid type.

Where to look: CVT transaxle — start clutch and fluid circuit

Parts involved: Clutch.

Ask the seller

  • “Has only genuine Honda HMMF CVT fluid been used in transmission services?”
  • “When was the CVT fluid last drained and replaced?”
  • “Has any CVT shudder been noticed during low-speed takeoff?”

03Concentric Clutch Slave Cylinder Failure (Manual Transmission)

petrol2008–2014Transmission
OccasionalTransmission $1,100–$2,400 to fix

Can't confirm for this car

The GE Jazz fitted with the 5 or 6-speed manual transmission uses a concentric (internal) hydraulic clutch slave cylinder mounted inside the bellhousing on the input shaft. This unit is sealed and cannot be serviced without transmission removal. The internal seal degrades over time allowing fluid bypass, which causes a gradual loss of clutch release pressure. Because it is inside the gearbox, the first sign is often a clutch that will not fully disengage rather than any visible fluid leak. Replacement requires full gearbox removal, making the labour cost substantial.

Symptoms to notice

  • Difficulty selecting first gear from rest with engine running despite clutch pedal fully depressed, accompanied by a grinding sensation
  • Clutch pedal feels inconsistent or spongy mid-stroke without visible fluid loss from the master cylinder reservoir
  • Gear changes become crunchy or refuse to engage as hydraulic pressure at the slave cylinder drops further

What to check

  1. With the engine running and clutch pedal fully depressed, attempt to engage first gear from rest — any grinding or resistance to gear selection suggests the slave is not fully releasing.
  2. Check clutch pedal travel and feel for a spongy or inconsistent bite point.
  3. Ask if any clutch fluid top-ups have been required, which can indicate internal bypass.

Where to look: Inside the manual transmission bellhousing, concentric with the input shaft

Parts involved: Clutch.

Ask the seller

  • “Has the clutch hydraulic fluid ever needed topping up, or has the clutch felt spongy?”
  • “Has there been any difficulty engaging first gear or grinding when changing gears?”
Electrical1

01IMA battery cell imbalance & IMA warning light

Look for any cell deviating more than 0.2V from pack average.hybrid2007–2013ElectricalRead the full fault: symptoms, where to look, what to ask the seller
Other Honda Fit engines and years29 documented issues that do not apply to the one you picked.
Engine, transmission & cooling16

01CVT Drive Pulley Shaft Fracture — Sudden Loss of Drive

Verify via VIN check that Honda Safety Recall JU3 (equivalent local recall) has been completed.petrol2014–2020Transmission
OccasionalTransmission $4,000–$9,000 to fix

Does not apply

Honda issued Safety Recall JU3 (NHTSA 15V-574) for the 2015 Fit/Jazz GK after confirming that the CVT drive pulley shaft could fracture under high internal hydraulic pressure during certain driving conditions. Shafts with marginally low hardness from manufacturing were vulnerable. A fractured shaft causes immediate loss of acceleration or, in severe cases, front wheel lockup while driving. Honda's remedy was a CVT software update to reduce hydraulic peak pressure combined with physical shaft inspection; shafts below hardness tolerance were replaced. Vehicles not presented for recall completion remain at risk.

Symptoms to notice

  • Sudden loss of acceleration while driving at any speed
  • Transmission warning light illuminating without prior warning
  • Front wheels locking or binding during deceleration in severe cases
  • No power transmitted to wheels despite engine running

What to check

  1. Verify via VIN check that Honda Safety Recall JU3 (equivalent local recall) has been completed.
  2. Request evidence from the selling dealer.
  3. During test drive, check for any unusual hesitation or power interruption.
  4. Inspect service records for any CVT-related warranty repairs.

Where to look: CVT transaxle — drive pulley shaft (internal)

Ask the seller

  • “Has Honda Safety Recall JU3 (CVT drive pulley shaft) been completed on this vehicle?”
  • “Has the transmission ever been replaced or had major repairs?”
  • “Are there any outstanding recall notices from Honda on this VIN?”

02i-DCD clutch actuator motor failure

Request an OBD scan specifically targeting i-DCD transmission DTCs before test drive.hybrid2013–2020TransmissionRead the full fault: symptoms, where to look, what to ask the seller

03CVT Input Shaft Bearing Noise and Failure

Test drive at 60–100 km/h on a smooth road and listen for droning from the transmission.petrol2014–2020Transmission
OccasionalTransmission $3,500–$8,500 to fix

Does not apply

The GK Jazz equipped with Honda's JATCO-derived CVT (continuously variable transmission) has a documented failure mode involving the input shaft bearing. The bearing is undersized relative to the torque loads imposed by aggressive urban stop-start driving. Early failure presents as a low-pitched drone or whine that increases with vehicle speed and varies under load. As the bearing degrades, metallic debris contaminates the CVT fluid, accelerating wear on the push-belt and pulley assemblies. Unaddressed bearing failure leads to full CVT seizure or slipping, requiring complete transmission replacement. The issue appears with greater frequency on vehicles used predominantly in city stop-start traffic, as the CVT operates at higher torque multiplication ratios under low-speed high-load conditions. CVT fluid change intervals are critical: Honda specifies 40,000 km but many owners stretch this to 80,000+ km.

Symptoms to notice

  • Droning or whining noise from transmission tunnel that changes pitch with vehicle speed
  • Noise present in Drive but reduces or changes character in Park or Neutral
  • Shuddering or hesitation during acceleration from a standstill
  • CVT slipping or failing to maintain speed on inclines at higher mileage

What to check

  1. Test drive at 60–100 km/h on a smooth road and listen for droning from the transmission.
  2. Compare noise level in Drive versus engine-braking (foot off throttle at speed).
  3. Check CVT fluid for metallic particulate by wiping dipstick on white cloth.
  4. Request service records confirming CVT fluid changes at or before 40,000 km intervals.
  5. Ask about warranty history for any drivetrain complaints.

Where to look: Transversely-mounted CVT unit beneath centre console, input shaft at engine-transmission bell housing junction

Parts involved: CVT belt and pulleys.

Ask the seller

  • “Has the CVT fluid ever been changed, and at what mileage intervals?”
  • “Has the transmission ever been inspected or rebuilt?”
  • “Has the vehicle ever exhibited a drone, whine, or shudder under acceleration?”
  • “Has the vehicle been used predominantly in city traffic?”

04i-DCD Hill-Start Stall and Creep Stall

On a slight uphill gradient, release the brake with zero throttle and allow the car to creep — observe whether the engine stalls.hybrid2014–2021Transmission
CommonTransmission $0–$6,500 to fix

Does not apply

Distinct from general low-speed judder, the Jazz hybrid's i-DCD system can abruptly stall the petrol engine when the driver attempts to creep forward in heavy traffic, manoeuvre slowly in a car park, or hold on a slight uphill gradient at idle throttle. The dual-clutch's engagement logic struggles to balance the transition between electric motor creep torque and clutch slip torque, resulting in an unexpected stall that requires a restart. Honda's TSB software updates improved the electric motor fill-in strategy but stalls still occur in the worst-affected units.

Symptoms to notice

  • Engine cuts out suddenly during slow-speed manoeuvring or hill-start attempts with light throttle
  • Requires key-off restart after stall; does not restart automatically in some firmware versions
  • Jerky or hesitant behaviour when transitioning from brake hold to creep at low gradient
  • Error message or warning tone on the MID before stall in later-firmware versions
  • Issue more pronounced when the battery state of charge is low and EV creep torque is limited

What to check

On a slight uphill gradient, release the brake with zero throttle and allow the car to creep — observe whether the engine stalls. Also test slow manoeuvring in a car park at walking pace with minimal throttle. Confirm the PCM and TCM are on the latest Honda software calibration version by checking with a Honda dealer using HDS.

Where to look: Drivetrain — i-DCD dual-clutch and integrated motor/generator unit, controlled by PCM/TCM

Parts involved: Clutch.

Ask the seller

  • “Has the car ever stalled unexpectedly in slow traffic, in a car park, or during a hill start?”
  • “Has a Honda dealer confirmed the latest i-DCD transmission software calibration has been applied?”
  • “After any stalls, was a diagnostic code stored — and if so, what was the dealer's diagnosis?”

05CVT Steel Push-Belt Shudder from Fluid Degradation and Belt Wear

Check CVT fluid condition and colour through the dipstick or drain plug (should be clear pink.petrol2013–2020Transmission
CommonTransmission $250–$4,800 to fix

Does not apply

The Honda CVT fitted to GK5 Fit models uses a steel push-belt running between variable-diameter hydraulic pulleys; fluid breakdown and belt surface wear cause a characteristic judder or shudder at low speeds under light throttle. Honda issued TSB 14-082 and subsequent updates covering CVT shudder, recommending replacement with Honda HCF-2 specific fluid and, in advanced cases, belt or pulley replacement.

Symptoms to notice

  • Vibration or judder felt through the drivetrain and floor at 30–60 km/h under light acceleration
  • Hesitation or jerking sensation when pulling away from a standstill at low throttle

What to check

Check CVT fluid condition and colour through the dipstick or drain plug (should be clear pink; brown or burnt odour indicates degradation); perform a low-speed shudder test at 30–60 km/h under light throttle; inspect for fluid leaks at the cooler line connections.

Where to look: CVT transaxle unit — left side of engine bay beneath air cleaner assembly

Parts involved: CVT belt and pulleys.

Ask the seller

  • “When was the CVT fluid last changed, and was Honda HCF-2 fluid used?”
  • “Has any shudder or judder been noticed at low speeds or light throttle?”
  • “Has the vehicle been in for any warranty or dealer work related to the transmission?”

06i-MMD Engine Clutch Low-Speed Judder

Test drive at 10–30 km/h on flat road.hybrid2020–2024Transmission
CommonTransmission $300–$3,500 to fix

Does not apply

The i-MMD dual-motor hybrid system couples the petrol engine to the drivetrain via a multiplate clutch actuator. At low speeds (approximately 5–30 km/h) when the system transitions from pure EV drive to engine-assisted drive, the clutch engagement can produce a rhythmic judder or shudder felt through the seat and steering wheel. Honda has released i-MMD calibration software updates and revised clutch fluid specifications to address this in affected markets including Japan and the UK. The fault worsens as the hybrid drive clutch accumulates wear and if the vehicle is predominantly driven in urban stop-start conditions.

Symptoms to notice

  • Rhythmic shudder or judder felt at 5–30 km/h when gently accelerating from a crawl
  • Vibration coincides with petrol engine clutch engagement at low vehicle speeds
  • More pronounced when high-voltage battery is low and engine must engage earlier
  • Smooth EV-only operation at very low speeds but shudder begins as clutch connects engine to drivetrain
  • Symptom can be temporarily reduced after a Honda dealer software recalibration but may return

What to check

  1. Test drive at 10–30 km/h on flat road; gently accelerate from a crawl to induce EV-to-engine transition and note any judder or vibration through the seat or wheel.
  2. Check service history for Honda i-MMD calibration software update.
  3. If a workshop inspection is possible: A Honda dealer scan can confirm whether the latest PCM/TCM software has been applied.

Where to look: Engine bay — i-MMD clutch actuator unit between petrol engine and electric drive motor

Parts involved: Clutch.

Ask the seller

  • “Has the vehicle received any Honda i-MMD software calibration updates at a Honda dealer?”
  • “Has the vehicle ever been diagnosed for low-speed shudder or vibration during acceleration?”
  • “Has the clutch actuator fluid been inspected or replaced?”

07CVT Start Clutch Judder on Takeoff

During test drive, accelerate gently from a complete stop multiple times and note any vibration or shudder through the drivetrain.petrol2002–2008Transmission
CommonTransmission $300–$3,500 to fix

Does not apply

The CVT start clutch is an internal component that engages drive from rest. As the proprietary transmission fluid additives deplete with age and mileage, the clutch loses the friction properties needed to engage smoothly. The result is a pronounced shudder or judder felt through the car when pulling away from a standstill. Honda confirmed the fault via Service Bulletin 2010-12-018 and extended the warranty to 7 years or 160,000 km for affected vehicles. The fix requires a full drain-and-refill with genuine Honda HMMF/CVT-F fluid, a warm drive cycle, a second fluid change, and ECU recalibration. If the fluid flush does not resolve the shudder, the revised start clutch assembly must be replaced.

Symptoms to notice

  • Shuddering or juddering sensation when pulling away from a standstill
  • Vibration felt through the floor and seats at low speeds under light acceleration
  • Symptom disappears once vehicle reaches 20–30 km/h
  • Worsens after extended idling or in cold weather

What to check

  1. During test drive, accelerate gently from a complete stop multiple times and note any vibration or shudder through the drivetrain.
  2. Check service history for CVT fluid changes using only genuine Honda fluid.
  3. Ask the dealer or seller whether Honda Bulletin 2010-12-018 was applied and whether the start clutch was replaced under warranty extension.

Where to look: CVT transaxle — internal start clutch assembly

Parts involved: Clutch.

Ask the seller

  • “Has the CVT fluid been flushed with genuine Honda HMMF/CVT-F fluid, and when?”
  • “Was Honda Service Bulletin 2010-12-018 performed under the 7-year warranty extension?”
  • “Has the start clutch ever been replaced?”

08L15B Engine Oil Dilution by Fuel on Short-Trip Cycles

Pull the dipstick and smell the oil for a petrol odour.petrol2014–2020EngineRead the full fault: symptoms, where to look, what to ask the seller

09i-STOP Starter Ring Gear Accelerated Wear

petrol2014–2020Engine
CommonEngine $650–$2,200 to fix

Does not apply

Honda's i-STOP idle-stop system on the GK Jazz L15B engine restarts the engine by injecting fuel into a specific cylinder and firing it, then engaging the starter motor simultaneously. This dual-restart method causes the starter pinion to engage the ring gear under different velocity and load conditions compared to a conventional ignition start. The combined mechanical stress results in accelerated ring gear tooth wear, with pitting and rounding of tooth edges typically appearing before 80,000 km on vehicles used primarily in city driving where i-STOP activates dozens of times per day. A worn ring gear produces a grinding or scraping noise at engine restart, and eventually causes mis-engagement resulting in a harsh clunk and failed start event. The starter motor bendix drive is also worn prematurely. Honda revised the i-STOP calibration in later software versions to reduce engagement frequency.

Symptoms to notice

  • Grinding or scraping noise specifically when engine restarts from i-STOP (not from a key start)
  • Harsh clunk or shudder when i-STOP restarts the engine
  • Occasional failed restart requiring driver to push brake pedal again
  • Check Engine light with starter circuit or crankshaft position fault codes

What to check

In a traffic environment, allow i-STOP to activate at least 10 times and listen carefully at each restart event for grinding or harsh mechanical engagement noise. This noise is absent on a conventional key start because the engine already fires before the starter fully engages. Check if owner has disabled i-STOP via the dashboard button and ask why. Inspect starter motor operation and verify software version is current.

Where to look: Flywheel/flexplate ring gear at rear of engine, accessible from underneath after removing starter motor

Parts involved: Starter motor.

Ask the seller

  • “Has the i-STOP system ever been disabled or faulted?”
  • “Has the starter motor or ring gear ever been replaced?”
  • “Has the vehicle software been updated at a Honda dealer?”
  • “Does the engine make any noise when restarting from idle-stop?”

10L15B timing chain tensioner cold-start rattle

Perform a cold start after the vehicle has been parked overnight.petrol2013–2020EngineRead the full fault: symptoms, where to look, what to ask the seller

11Fuel Pump Impeller Swelling — Engine Stall Risk (Safety Recall)

Check the VIN against Honda's recall database (owners.honda.com or the NZ/AU equivalent).petrol2020–2022Engine
CommonEngine $0–$1,200 to fix

Does not apply

Honda issued a global safety recall (NHTSA Campaign 21V-215 and related regional campaigns) covering vehicles fitted with Denso-manufactured fuel pump modules where the resin impeller absorbs fuel vapour, swells, and causes the pump to seize. A seized impeller reduces fuel flow and can cause the engine to stall while driving or fail to start. Jazz / Fit models with L15-series petrol engines were listed among the affected Honda vehicles in the 2019–2022 production window in multiple markets. Honda dealers replace the fuel pump module at no charge under the recall. Buyers should verify their VIN has had the recall remedy applied before purchase.

Symptoms to notice

  • Engine stalls unexpectedly while driving at any speed
  • Engine cranks normally but fails to start
  • Fuel pump priming noise is absent when ignition is switched to ON
  • Check Engine light with fuel delivery or fuel pressure related codes

What to check

  1. Check the VIN against Honda's recall database (owners.honda.com or the NZ/AU equivalent).
  2. Request written confirmation in the service history that the recall remedy has been completed.
  3. Listen for normal fuel pump priming hum when the ignition is turned to ON before cranking.
  4. Scan for fuel system fault codes.

Where to look: Fuel pump module inside the fuel tank, underfloor rear

Parts involved: Water pump.

Ask the seller

  • “Has the fuel pump recall been completed on this vehicle, and can you show dealer documentation confirming it?”
  • “Has the engine ever stalled unexpectedly while driving?”
  • “Can you provide the full 17-digit VIN so the current recall status can be verified before purchase?”

12L15B2 DI intake valve carbon buildup

Check PCV hose condition and whether oil accumulation is present in intake tract.petrol2013–2020EngineRead the full fault: symptoms, where to look, what to ask the seller

13EVAP Purge Valve Failure - P0496 Code

Scan for P0496 or any other EVAP-related fault codes.petrol2014–2020Engine
CommonEngine $180–$450 to fix

Does not apply

The EVAP canister purge valve solenoid on GK Jazz L15B2 engines is prone to internal failure leaving the valve stuck open. A failed-open purge valve allows fuel vapours from the charcoal canister to flow into the intake manifold at idle and low load conditions when purging is not commanded by the ECU. This creates an intermittently over-rich mixture at idle causing rough running, stalling, and hesitation. The fault typically stores DTC P0496 indicating EVAP flow during a non-purge phase. Codes may clear temporarily only to return within days.

Symptoms to notice

  • Check engine light with stored DTC P0496
  • Intermittent rough or hunting idle when warm
  • Occasional stalling at idle particularly when the engine is at full operating temperature
  • Fuel vapour smell from engine bay or through cabin vents
  • Hesitation under light throttle after a warm restart

What to check

Scan for P0496 or any other EVAP-related fault codes. Apply vacuum to the purge valve with a hand pump and confirm it holds without leaking down. Check EVAP hose routing from charcoal canister to purge valve solenoid for cracks or disconnections. Observe idle quality when engine is fully warm.

Where to look: EVAP purge valve solenoid mounted on intake manifold vacuum line, with hose running to charcoal canister under rear of engine bay

Parts involved: Intake manifold.

Ask the seller

  • “Has the check engine light shown a P0496 or any EVAP fault code?”
  • “Any intermittent rough idle or stalling, particularly when warm?”
  • “Has the EVAP purge valve been replaced?”

14Air Conditioning Compressor Clutch Seizure

Operate the air conditioning on max cool for 10 minutes and confirm cold air is produced.petrol2013–2021Engine
CommonEngine $700–$2,200 to fix

Does not apply

The electromagnetic clutch on the belt-driven air conditioning compressor in the Jazz is a documented weak point, with the clutch coil or clutch plate failing to disengage correctly, or the compressor internals seizing after refrigerant loss. A seized compressor locks the drive pulley, shredding the serpentine accessory belt — which also drives the alternator and power steering pump — and can leave the vehicle stranded. The failure is more common in older, higher-mileage examples where refrigerant has leaked slowly and the compressor has run partially oil-starved.

Symptoms to notice

  • Air conditioning blows ambient or warm air despite the A/C light being active
  • Squealing or rattling noise from the engine bay when A/C is switched on
  • Serpentine/accessory belt shows fraying, cracking, or has already failed
  • Oily residue or staining around the compressor body or refrigerant hoses
  • Engine bay warning light for alternator charge loss if compressor seizure has destroyed the belt

What to check

  1. Operate the air conditioning on max cool for 10 minutes and confirm cold air is produced.
  2. Listen for a rattling or squealing noise from the compressor area when A/C is switched on.
  3. Inspect the serpentine belt for fraying or glazing.
  4. Check for oil staining around the compressor body or refrigerant hose connections indicating a slow leak.
  5. A UV dye inspection will reveal refrigerant loss.

Where to look: Front of engine — A/C compressor on the accessory belt drive, lower driver-side area of engine bay

Parts involved: Clutch.

Ask the seller

  • “Does the air conditioning blow cold reliably, and when was the refrigerant last checked or topped up?”
  • “Has the A/C compressor or serpentine belt ever been replaced, and are there any rattling noises when the A/C is switched on?”
  • “Has the car been regularly serviced including A/C system checks, or has the A/C been ignored due to the NZ climate?”

15Idle Air Control Valve Failure — Erratic Idle and Stalling

During test drive, monitor idle speed when stationary with A/C on and off.petrol2001–2008Engine
OccasionalEngine $100–$450 to fix

Does not apply

The idle air control valve (IACV) on GD Jazz L13A and L15A engines regulates airflow at idle to maintain stable engine speed. Contamination from oil vapour and carbon deposits can cause the IACV pintle to stick, reducing bypass airflow below the target. Affected vehicles idle at 300–400 rpm instead of the normal 650–700 rpm, causing stalling when coming to a stop, hunting idle under electrical load, and difficult cold starts. Honda service managers have noted the fault as a pattern on these engines. Cleaning the IACV and throttle body with appropriate solvent resolves the fault in most cases; seized units require replacement.

Symptoms to notice

  • Very low idle speed (below 500 rpm), especially when warm
  • Engine stalls when braking to a stop or engaging the clutch
  • Idle speed drops suddenly when accessories such as A/C are switched on
  • Rough idle that recovers when throttle is briefly blipped

What to check

During test drive, monitor idle speed when stationary with A/C on and off. Bring the engine to full operating temperature and check for stable idle around 650–700 rpm. Check for stored fault codes related to idle control (P0505, P0506). Enquire whether the throttle body and IACV have been serviced.

Where to look: Throttle body assembly — idle air control valve port on L13A/L15A

Ask the seller

  • “Has the idle air control valve or throttle body ever been cleaned or replaced?”
  • “Does the car ever stall when coming to a stop or at traffic lights?”

16Idling Control Valve Carbon Fouling

Note idle behaviour at operating temperature.petrol2001–2007Engine
CommonEngine $150–$400 to fix

Does not apply

The idle control valve on the L13A accumulates carbon causing hunting idle and stalling at operating temperature.

Symptoms to notice

  • Hunting idle at operating temperature in Park
  • Occasional stalling when coming to a stop

What to check

Note idle behaviour at operating temperature. Hunt between 600 and 1200rpm indicates idle valve fouling.

Where to look: Idle control valve on intake manifold

Ask the seller

  • “Has the idling control valve carbon fouling been inspected or repaired?”
Electrical6

01i-DCD Hybrid Battery Pack (IPU) Capacity Degradation

Look for the amber 'IMA' or hybrid system warning light on the dashboard.hybrid2014–2021Electrical
OccasionalElectrical $3,500–$8,500 to fix

Does not apply

The lithium-ion Integrated Power Unit (IPU) battery that drives the electric assist motor in the Jazz hybrid degrades over time and with charge cycle accumulation, reducing the system's ability to provide electric torque fill-in and regenerative braking recovery. In the NZ and AU climate, capacity loss typically becomes noticeable after 8–12 years or 120,000 km, and a degraded IPU causes the hybrid system to run the petrol engine more frequently at low speeds — directly increasing fuel consumption — and can trigger a persistent amber hybrid system warning light.

Symptoms to notice

  • Amber hybrid system or IMA warning light illuminated on the instrument cluster
  • Noticeably higher fuel consumption than the Honda advertised figure, especially in city stop-start use
  • Regenerative braking feels weaker or the brake energy indicator rarely shows high recovery
  • Electric-only EV mode unavailable or drops out almost immediately after engagement
  • Battery state-of-charge indicator swings rapidly between high and low without sustained middle range

What to check

  1. Look for the amber 'IMA' or hybrid system warning light on the dashboard.
  2. Compare real-world fuel economy to Honda's claimed figures — a noticeable shortfall in city driving can signal reduced EV assist.
  3. Check for any IPU replacement record in service history.
  4. If a workshop inspection is possible: Use a Honda HDS diagnostic tool to read IPU state-of-health and individual cell voltage balance.

Where to look: Under the rear seat / beneath the boot floor — IPU lithium-ion battery module with integrated BMS

Ask the seller

  • “Has the hybrid battery warning light ever come on, and if so, was it diagnosed and what was the outcome?”
  • “What is the current real-world fuel economy in city driving, and does the car regularly use EV mode in slow traffic?”
  • “Has the IPU battery pack ever been replaced, reconditioned, or had any cells serviced?”

02Hybrid Lithium-Ion Battery Cooling Duct Blockage Causing Overheating Fault

Scan for active or historic DTC codes relating to battery temperature (P1563, P0A7F or similar).hybrid2013–2020Electrical
CommonElectrical $150–$900 to fix

Does not apply

The GP5/GP6 Jazz Hybrid houses its lithium-ion IMA/IPU battery pack under the rear seat with a forced-air cooling duct drawing cabin air through an intake grille beneath the seat base. Dust, pet hair, and debris progressively block the intake, starving the battery of cooling air. The battery management system detects rising cell temperatures and raises a fault code (typically P1563 or related), limiting or disabling hybrid drive assist. In severe cases, battery cells degrade prematurely from repeated thermal cycling. The intake grille requires cleaning every 12 months in dusty or pet-hair environments.

Symptoms to notice

  • Amber hybrid system warning lamp illuminating on the instrument cluster after 20–30 minutes of driving
  • Loss of hybrid assist power and engine-only mode engagement in moderate temperatures
  • Diagnostic trouble codes P1563 or P0A7F stored — battery overtemperature

What to check

  1. Scan for active or historic DTC codes relating to battery temperature (P1563, P0A7F or similar).
  2. Note whether hybrid power assist indicator cuts out after moderate driving.
  3. If a workshop inspection is possible: Remove the rear seat cushion and inspect the battery cooling duct intake grille for dust, debris, or obstruction.

Where to look: Under rear seat base — IMA/IPU battery cooling duct intake grille

Ask the seller

  • “Has the hybrid battery cooling duct under the rear seat ever been cleaned?”
  • “Has the hybrid warning light ever come on while driving?”
  • “Has the car had any battery-related fault codes diagnosed at a Honda dealer?”

03Earth strap corrosion causing multiple ECU faults

Visually inspect all earth strap termination bolts for white or green-grey corrosion deposits.hybrid2013–2020ElectricalRead the full fault: symptoms, where to look, what to ask the seller

04Body Earth Corrosion — Erratic Dash and Warning Lights

Connect an OBD2 scanner and record all active fault codes.petrol2014–2020Electrical
CommonElectrical $150–$650 to fix

Does not apply

The GK Jazz uses multiple chassis earth/ground connection points bonded to body steel via ring-terminal bolts. In the NZ environment, road salt exposure from coastal areas and wet winter conditions causes galvanic corrosion to develop between the copper ring terminal and the body steel, progressively increasing resistance at the ground connection. As ground resistance rises, the ECU, instrument cluster, and ancillary modules share a degraded reference voltage, producing a cascade of spurious fault codes and warning lights. Documented symptoms include simultaneous illumination of the VSA, traction control, power steering warning, and SRS airbag warning lights with no underlying fault in the system. The condition is frequently misdiagnosed as module failure, leading to unnecessary ECU or sensor replacement. Thorough cleaning and retreatment of the main engine ground strap, chassis ground near the battery negative, and body grounds under the rear seat resolves the fault in most cases.

Symptoms to notice

  • Multiple unrelated warning lights illuminating simultaneously (VSA, ABS, airbag, power steering)
  • Instrument cluster behaving erratically — gauges flickering or reading incorrectly
  • Intermittent electrical gremlins that clear themselves temporarily
  • No clear single fault code explaining all active warning lights on OBD2 scan

What to check

Connect an OBD2 scanner and record all active fault codes. If multiple unrelated modules are reporting faults simultaneously (e.g., airbag, ABS, and power steering faults all together), suspect ground corruption before individual module diagnosis. Physically locate and inspect all body ground straps — engine ground strap at chassis rail, battery negative to body, and rear body grounds under back seat cushion. Look for white/green corrosion at bolt-to-chassis contact points. Resistance from battery negative to chassis should be under 0.1 ohm.

Where to look: Engine bay ground strap (engine-to-chassis rail), battery negative cable earth point, body ground bolts under rear seat and at B-pillar base

Parts involved: Body corrosion.

Ask the seller

  • “Has the vehicle had multiple warning lights come on at the same time?”
  • “Has any electrical diagnostic work been done, and what was replaced?”
  • “Has the vehicle been used near coastal salt environments?”
  • “Have the body ground connections ever been cleaned or inspected?”

05GP Hybrid 12V Auxiliary Battery Failure Causing Complete No-Start

Ask when the 12V auxiliary battery was last replaced.hybrid2013–2020Electrical
CommonElectrical $280–$650 to fix

Does not apply

The GP-series Jazz Hybrid operates its high-voltage hybrid system, EPS, and all control modules from a conventional 12V lead-acid auxiliary battery separate from the traction battery pack. This 12V battery is smaller than a conventional petrol car battery (to fit the hybrid underbonnet layout) and has a shorter service life under the constant charge-discharge demands of the hybrid system's DC-DC converter cycling. When it fails, the vehicle will not start or power up at all regardless of the hybrid battery state of charge. Many owners are unaware this battery exists as a separate serviceable item.

Symptoms to notice

  • Vehicle completely fails to power on when the start button is pressed — no dash lights, no response — despite the high-voltage hybrid battery showing charge
  • Repeated need for jump-starting or the car failing to start after sitting overnight even in mild temperatures
  • Erratic or slow EPS, ACC, or infotainment behaviour as the 12V battery voltage sags under load before complete failure

What to check

Ask when the 12V auxiliary battery was last replaced. Note: a flat 12V battery on a hybrid will prevent the entire system from powering up, so a car that needed a jump start is a strong indicator. If a workshop inspection is possible: On a vehicle over 4 years old, have the 12V battery load-tested with a battery analyser — a resting voltage of 12.4V or above does not guarantee health under load.

Where to look: Under the bonnet, passenger side front, smaller than a conventional 12V battery

Parts involved: 12V battery.

Ask the seller

  • “Has the 12V auxiliary battery ever been replaced, and do you have a record of when?”
  • “Has the car ever failed to start or required a jump start?”

0612V Auxiliary Battery Parasitic Drain — BCM Software Defect

Ask for the BCM software version history (Honda dealer scan required).hybrid2020–2022Electrical
CommonElectrical $250–$550 to fix

Does not apply

Early GR Jazz e:HEV models (primarily 2020–2021 build dates) contained a Body Control Module (BCM) software deficiency that kept the boot lock circuit and telematics control unit active after the car was locked. This parasitic current draw could flatten the small 12V auxiliary battery within 7–10 days of parking. Honda identified the fault and issued a BCM software update (replacing version M0E010 with M0E020). Even on updated vehicles, the 12V battery in e:HEV models has a shorter service life than conventional cars — typically 2–3 years — due to the hybrid management system's ongoing auxiliary power demands when parked.

Symptoms to notice

  • Car refuses to start after 7–10 days of parking without being driven
  • Dashboard goes blank or displays a power loss warning on approaching the car
  • Key fob fails to unlock doors after a short lay-up period
  • Battery warning light on instrument cluster after returning to the car
  • Repeated 12V battery replacements within 2–3 years of ownership

What to check

  1. Ask for the BCM software version history (Honda dealer scan required).
  2. Check the 12V battery manufacture date sticker on the battery casing.
  3. Perform a parasitic draw test if the car has sat unused for more than a week.
  4. Verify the BCM update has been stamped in the service history.

Where to look: 12V auxiliary battery under bonnet; Body Control Module behind dashboard

Parts involved: 12V battery.

Ask the seller

  • “Has the BCM software been updated by a Honda dealer, and is there a record of the update in the service history?”
  • “Has the 12V battery been replaced, and how old is the current battery?”
  • “Has the car ever failed to start after sitting unused for a week or more?”
Body, brakes, suspension & interior6

01Brake-by-Wire Pedal Simulator Oil Seal Failure

Check for any brake, ABS, or VSA warning lights on the dashboard.hybrid2020–2022Brakes
OccasionalBrakes $0–$3,500 to fix

Does not apply

Honda issued a formal Product Update letter in the UK and across European markets (and a domestic recall in Japan) covering the brake operating simulator on 2020–2022 e:HEV models, including the Jazz. During manufacturing, assembly oil could seep into the pressure sensor inside the simulator unit, causing the sensor to degrade over time. When the sensor fails, the brake-by-wire system cannot accurately read pedal input, resulting in multiple simultaneous warning lights and a significant increase in the pedal force required to stop the car. Honda's remedy is a free dealer replacement of the entire brake operating simulator assembly with a countermeasure part; an interim software update adds a dashboard warning to alert the driver when the sensor begins to degrade.

Symptoms to notice

  • Amber or red brake warning light illuminated, often accompanied by ABS and VSA lights simultaneously
  • Brake pedal requires significantly greater force than normal to achieve braking effect
  • Spongy or inconsistent brake pedal feel during moderate-to-hard braking
  • Regenerative braking disengages unexpectedly or feels erratic
  • Multi-information display may show a brake system alert message on affected updated vehicles

What to check

  1. Check for any brake, ABS, or VSA warning lights on the dashboard.
  2. Test the brake pedal feel for sponginess or unexpectedly heavy resistance.
  3. Request Honda service records and confirm the brake simulator Product Update has been completed — Honda issued a specific product update letter to affected owners.
  4. Verify no open recall appears on the VIN.

Where to look: Brake operating simulator unit mounted on the firewall in the engine bay

Ask the seller

  • “Has the brake operating simulator been replaced under Honda's Product Update campaign, and is there dealer documentation confirming this?”
  • “Are any brake, ABS, or VSA warning lights currently active or recorded in the vehicle history?”
  • “Has the owner ever experienced the brake pedal feeling unusually heavy or noticed reduced braking response?”

02Front and Rear Brake Caliper Guide Pin Seizure

The GK Jazz brake calipers use sliding guide pins that allow the caliper body to float over the disc during braking.2013–2020Brakes
CommonBrakes $120–$650 to fix

Does not apply

The GK Jazz brake calipers use sliding guide pins that allow the caliper body to float over the disc during braking. The guide pin rubber boots degrade and admit moisture, which corrodes the pin surface and causes the pin to seize within its bore in the caliper bracket. A seized guide pin prevents the caliper from retracting fully after brake application, causing the inboard or outboard pad to drag continuously on the disc rotor and generating significant heat, accelerated rotor and pad wear, and in severe cases brake fade on one corner.

Symptoms to notice

  • Vehicle pulling to one side under braking
  • Excessive heat or burning smell from one wheel after normal driving
  • Premature and uneven brake pad wear with one pad worn significantly more than the other on the same axle

What to check

After a test drive, carefully check all four wheels for heat by approaching from 30 cm — one significantly hotter than the others indicates a seized caliper. Inspect the guide pin boots for cracking or missing sections. If a workshop inspection is possible: On a hoist, remove the caliper and attempt to slide the guide pins by hand; they should move freely throughout their full travel.

Where to look: Front and rear brake caliper sliding guide pin bores on the caliper bracket, all four corners

Parts involved: Brake disc and pads.

Ask the seller

  • “Have the brake caliper guide pins been cleaned, greased, or replaced recently?”
  • “Does the car pull to one side when braking?”
  • “Have the brakes or rotors been replaced recently, and was a caliper service carried out at the same time?”

03Rear Trailing Arm Bush Collapse and Toe Angle Drift

Apply fore-aft hand pressure to the trailing arm to detect excess movement.2013–2020Suspension
OccasionalSuspension $220–$600 to fix

Does not apply

The GK Jazz uses a torsion beam rear suspension with trailing arms located by large rubber bushes pressed into the forward pivot point. The rubber compound in these bushes degrades and takes a permanent set under the combination of torsional and axial loads, particularly in markets with rough road surfaces. As the bush collapses, the trailing arm moves forward under braking loads, shifting the rear wheel toe angle to positive and causing the rear axle to steer toward oversteer behaviour under braking.

Symptoms to notice

  • Vehicle pulls or wanders under braking, particularly on uneven surfaces
  • Rear wheel alignment showing toe-out beyond specification
  • Knocking from the rear axle area over sharp road imperfections

What to check

Apply fore-aft hand pressure to the trailing arm to detect excess movement. A wheel alignment printout showing rear toe outside Honda specification is a reliable indicator. If a workshop inspection is possible: On a hoist, visually inspect the trailing arm forward bush for cracking, extrusion of rubber beyond the sleeve, or the sleeve sitting off-centre.

Where to look: Rear trailing arm forward pivot bush, chassis-side mount on both sides

Ask the seller

  • “Has the rear suspension ever been inspected or had bushes replaced?”
  • “Does the car pull to one side under hard braking?”
  • “Has a wheel alignment been done recently and did it show rear toe issues?”

04Brake Actuator Cold-Start Knock or Squawk Noise

Listen carefully during the first cold start of the day for a single knock, clunk, or squawk from the firewall area near the brake master cylinder.hybrid2020–2024Brakes
CommonBrakes $150–$1,800 to fix

Does not apply

Honda issued NHTSA-filed service bulletins L-SB-0026-20 (July 2020) and L-SB-0005-21 (February 2021) to address a knock, clunk, or squawk noise from the brake actuator assembly during initial engine start. The noise occurs as the brake-by-wire system self-initialises and pressurises on the first start of the day. While a single startup knock is often classified as normal system behaviour, a persistent, worsening, or repeated knock can indicate air entrainment in the actuator hydraulic circuit or early actuator wear. Honda's prescribed correction involves a specific brake actuator bleed procedure; severe cases require actuator replacement.

Symptoms to notice

  • Single knock or squawk noise from the brake area at first startup of the day
  • Noise more pronounced after the car has been parked overnight in cold conditions
  • May be accompanied by a brief firmness or pulsation in the brake pedal on the first application
  • In worsening cases, knock repeats on every startup rather than only the first cold start

What to check

  1. Listen carefully during the first cold start of the day for a single knock, clunk, or squawk from the firewall area near the brake master cylinder.
  2. Note whether the noise occurs only on cold starts or repeats on every subsequent start.
  3. Check whether the Honda brake actuator bleed service bulletin has been performed and is documented in the service history.

Where to look: Brake actuator unit mounted on firewall, driver's side engine bay

Ask the seller

  • “Has the brake actuator bleed procedure (Honda TSB L-SB-0026-20 or L-SB-0005-21) been performed by a Honda dealer?”
  • “Does the car make a knocking or clicking noise from the brake area when first started in the morning?”
  • “Has the brake actuator ever been replaced?”

05Rear Drum Brake Adjuster Seizure

Check drum internal surface and shoe lining thickness.petrol2001–2008Brakes
CommonBrakes $150–$400 to fix

Does not apply

GD-generation Jazz and Fit fitted with rear drum brakes have a documented pattern of self-adjuster mechanism seizure, particularly on NZ and AU vehicles exposed to moisture and road contaminants. Seized adjusters prevent drum shoes from compensating for lining wear, causing excessive pedal travel and uneven rear braking. The issue is worsened when drums are not inspected and adjusted during regular servicing.

Symptoms to notice

  • Longer brake pedal travel than expected before brakes engage
  • Vehicle pulling to one side under moderate or heavy braking
  • Scraping or grinding noise from rear brakes when reversing
  • Reduced rear brake effectiveness especially when cold

What to check

Check drum internal surface and shoe lining thickness. Operate the adjuster manually to confirm it rotates freely. If a workshop inspection is possible: Remove rear drums and inspect adjuster stars and mechanisms for corrosion and seizure.

Where to look: Rear brake drums, driver and passenger sides

Ask the seller

  • “When were the rear brakes last inspected or adjusted?”
  • “Has the brake pedal ever felt soft or required more travel than normal?”
  • “Has the vehicle been stored outdoors or near the coast?”

06Rear Tailgate Gas Strut Pressure Loss

Open tailgate fully to its limit and release hands; observe whether it holds open unassisted or slowly drifts downward.2020–2024Body & Rust
Very commonBody & Rust $150–$400 to fix

Does not apply

The GR Jazz tailgate is supported by a pair of gas struts. Multiple owners across UK and Australasian markets have reported the struts losing internal gas pressure earlier than expected — typically within 3–6 years. Once pressure drops, the tailgate drifts down slowly when released or fails to hold fully open. The condition progresses to the point where the tailgate must be manually propped. Oil seepage or a wet residue on the strut body indicates the internal seal has failed. This issue affects both petrol and hybrid variants. Replacement struts are inexpensive and widely available as OEM and aftermarket parts.

Symptoms to notice

  • Tailgate slowly drifts down or falls when released without manual support
  • Tailgate will not hold at fully open position without being propped
  • Oil residue or wet patch visible on the strut body
  • Strut makes a hissing or creaking noise when the tailgate is opened

What to check

  1. Open tailgate fully to its limit and release hands; observe whether it holds open unassisted or slowly drifts downward.
  2. Inspect both strut bodies for oil residue or wet patches which indicate internal seal failure.
  3. Test at maximum extension by pushing the tailgate fully up and releasing.

Where to look: Rear tailgate — twin gas struts running from C-pillar brackets to tailgate body

Parts involved: Shock absorber / strut.

Ask the seller

  • “Does the tailgate stay fully open unassisted on flat ground?”
  • “Have the tailgate gas struts ever been replaced?”
Fluid leaks1

01L15B2 fuel injector O-ring seal weeping

With engine warm and switched off, inspect fuel rail and each injector base with a torch for fuel staining, crystallised deposits, or wetness.petrol2013–2020Fluid Leaks
OccasionalFluid Leaks $350–$850 to fix

Does not apply

High-pressure direct injection fuel injectors on the L15B2 engine are sealed with rubber O-rings at both the fuel rail interface and the cylinder head bore. From around 60,000 km the O-rings harden and shrink, allowing petrol to weep around the injector body. Leaked fuel can reach hot exhaust manifold surfaces creating a fire risk and causing rich-running conditions and misfires. Honda issued revised injector O-ring kits for affected production years.

A single common-rail diesel fuel injector photographed against a plain background.Example of the part — not this vehicle

A common-rail diesel injector. Contamination damages the nozzle at the tip.

Panoha · CC BY-SA 3.0 · Wikimedia Commons

Symptoms to notice

  • Petrol smell from engine bay especially after hot shutdown
  • Visible fuel staining or wetness around fuel rail and injector bases
  • Rough idle or rich-running misfire fault codes
  • Minor fuel residue or crystallised fuel deposits at injector body

What to check

  1. With engine warm and switched off, inspect fuel rail and each injector base with a torch for fuel staining, crystallised deposits, or wetness.
  2. Wipe a clean rag around each injector base to confirm fuel presence.
  3. Check for strong fuel smell in engine bay when engine is warm.
  4. Look for fault codes P0172 rich mixture or individual injector misfire codes.

Where to look: Fuel injectors and fuel rail mounted on cylinder head or intake manifold

Parts involved: Fuel injector.

Ask the seller

  • “Any petrol smell from the engine bay particularly after driving?”
  • “Has the fuel injector O-ring kit been inspected or replaced?”
  • “Any fuel leak warning or fuel system fault codes recorded?”

Honda Fit faults in detail

Narrowed to the Honda Fit · 2009. 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.

IMA battery cell imbalance & IMA warning lightMajor · Electrical

Compare the Honda Fit

What these repairs cost on other cars

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

Buying guides that cover the Honda Fit

Other Honda models

Honda CR-V59 documented faultsHonda Accord55 documented faultsHonda Jazz51 documented faultsHonda Civic39 documented faultsHonda StepWGN31 documented faultsHonda HR-V29 documented faults

Honda Fit buyer questions

Is the Honda Fit reliable?

Like any used car, it depends on the specific example and its service history. Across the 42 documented faults for the Honda Fit, the recurring problem areas are transmission, suspension, and brakes. A Honda Fit 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 Fit?

We've catalogued 42 known faults for the Honda Fit, covering transmission, suspension, and brakes. All 42 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 Fit?

Most single repairs on the Honda Fit fall between $250–$1,200 at NZ independent-workshop rates. Some of the 42 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 Fit?

Yes. A Honda Fit 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.