Honda2005–2022 Critical issues documented

Honda Airwave: common faults & what to check

Thinking about buying a used Honda Airwave (2005–2022) in New Zealand? We've documented 12 known faults for this model spanning engine, transmission, electrical, and suspension. Each researched and verified before it's published. The most serious issues here are rated critical. Every one is listed below with its symptoms and repair cost, and each has its own page with where to look and what to ask the seller. Free, no account needed.

Check this exact Honda Airwave

Odometer history
Money owing
Reported stolen
Ownership history

Official NZ vehicle register data
NZ owned and operated

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

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

Documented faults

Critical

Most serious

$280–$900

Typical repair

Service milestones

Which Honda Airwave are you looking at?

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

Petrol

2 variants documented

2005–2011GJ2005–2011GJ1.5 petrolPetrolDocumented issues10 knownSee faults & what to checkPhoto: Jirapat Chroenkeskij via Wikimedia Commons, CC0.

2011–2022GP72011–2022GP71.5 petrolPetrolDocumented issues2 knownSee faults & what to checkPhoto: Tokumeigakarinoaoshima via Wikimedia Commons, CC0.

Hybrid

1 variant documented

2011–2022GP72011–2022GP71.5 hybridHybridDocumented issues2 knownSee faults & what to checkPhoto: Tokumeigakarinoaoshima via Wikimedia Commons, CC0.

Now narrow it to the engine

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

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

1.3L petrol (L13A)· 1.3 litre petrol 1.5L petrol (L15A)· 1.5 litre petrol

Start your free check on this Honda Airwave

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 AirwaveEngine not picked yet

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

Likely — same engine family

Honda Airwave

Narrowed by capacity and fuel. No engine code is recorded for this option, so a fault specific to one engine of that size cannot be confirmed from it.

Matched on capacity and fuel, not on an engine code.

2 documented faults name an engine this selection cannot confirm. They are listed separately below.

matched on 1.5L engine

What to look out for

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

Costly issue
With the wheel hanging free, grip the tyre at 12 and 6 o'clock and rock firmly — any clunk or visible movement at the ball joint indicates wear.
See why
Front Lower Arm Ball Joint Wear
The front lower control arm ball joints on the GJ-platform Airwave are pressed-in units that wear progressively through normal use, particularly in the stop-start urban driving conditions common in Japan and in NZ/AU where most examples have been used post-import. Worn ball joints allow the wheel to rock on the joint, producing clunking under braking or over bumps. Advanced wear allows the steering geometry to shift, accelerating tyre wear. In severe cases ball joint failure causes sudden loss of steering control. Replacement typically requires pressing new joints into the existing arm or replacing the full lower arm assembly.
What you would notice
- Clunking or knocking from the front suspension when driving over speed bumps, rough roads, or during braking
- Vague or wandering steering feel combined with uneven inner tyre edge wear indicating geometry shift from joint play
Typically $280–$750 to put right.
Costly issue
Pull each pin out of its bore — it should slide smoothly with light finger pressure.
See why
Brake Caliper Slide Pin Seizure
The front and rear brake calipers on the GJ Airwave use slide pins (guide pins) to allow the caliper to float and apply even pad pressure across the disc. The slide pin rubber boots deteriorate and admit moisture, corroding the steel pins inside their aluminium caliper brackets. Seized slide pins prevent the caliper from releasing fully after the brake pedal is released, causing the inner or outer pad to remain in contact with the disc. This produces heat, accelerated pad and disc wear on one side, and a pulling sensation under braking. Rear caliper screw-type parking brake mechanisms are also susceptible to internal corrosion on NZ/AU-imported examples.
What you would notice
- Vehicle pulling to one side under moderate or heavy braking, with the pull worsening as the caliper heats up from continuous dragging contact
- Markedly uneven brake pad wear where one pad on a caliper is significantly thinner than its partner, combined with disc scoring or bluing from heat
Typically $150–$500 to put right.
Costly issue
Check the instrument cluster for an illuminated EPS warning light.
See why
Electric Power Steering Rack Seal Failure
The Airwave GJ1/GJ2 is fitted with an electric power steering (EPS) rack. The inner and outer rack seals and bellows deteriorate with age, allowing water and road contamination to enter the rack tube and attack the internal rack teeth and bearing surfaces. Water ingress also promotes corrosion of the EPS torque sensor and motor connector, leading to intermittent or permanent EPS assist loss. Honda's EPS system on this generation responds to internal faults by illuminating the EPS warning indicator and defaulting to unassisted manual steering.
What you would notice
- EPS warning light illuminated on the instrument cluster, often accompanied by sudden increase in steering effort indicating loss of power assist
- Notchy, tight, or intermittently heavy steering feel during low-speed manoeuvres, particularly in cold or wet conditions
Typically $750–$2,200 to put right.
Costly issue
Lift and support the rear of the vehicle.
See why
Rear Torsion Beam Axle Bush Collapse
The GJ-platform Airwave uses a rear torsion beam (twist beam) axle located by large rubber pivot bushes pressed into the subframe and beam ends. These polyurethane/rubber composite bushes deteriorate over time through compression fatigue and ozone cracking, eventually collapsing or delaminating internally. When the bushes collapse the rear beam shifts its rest position, altering toe and camber geometry and producing handling instability. The change in geometry is often gradual and drivers may not notice until a wheel alignment check reveals significant rear toe-out on one or both sides.
What you would notice
- Clunking or thudding from the rear axle area when traversing sharp bumps or during hard cornering
- Rear end instability or tramping during cornering; rear wheel alignment outside specification on both axes when checked
Typically $380–$950 to put right.
Costly issue
Road test from a standstill at light throttle for judder.
See why
CVT judder and belt slip under load
The Honda Multimatic CVT in the Airwave GJ develops judder under light-load acceleration from a stop and occasional belt slip under harder acceleration in higher-mileage examples, caused by degraded CVT fluid and steel push-belt wear on the pulleys. CVT fluid change history is the primary differentiator – units with never-changed fluid are at high risk. CVT replacement is expensive; early fluid changes significantly extend service life.
What you would notice
- Vibration or judder sensation when pulling away from a stop at gentle throttle
- Hesitation or engine flare when accelerating from low speed
- Slipping sensation under harder acceleration at low to mid speed
- Whining noise from the transmission under acceleration load
Typically $2,000–$5,500 to put right.
Common issue
Idle the car for two minutes and listen for uneven idle or shaking.
See why
Ignition coil and spark plug misfire causing jerking (L15A)
High-mileage L15A Airwaves commonly develop jerking or stuttering under light acceleration caused by tired coil-on-plug ignition coils and worn spark plugs. Because the engine drives a CVT, a misfire feels like a transmission fault — many owners pay for gearbox diagnosis when the fix is a cheap ignition service. If ignored, raw fuel from the misfiring cylinder can damage the catalytic converter, turning a $400 job into a four-figure one. Most JDM imports arrive with no service history, so assume the plugs and coils are original unless proven otherwise.
What you would notice
- Jerking or stuttering under gentle acceleration
- Rough idle, especially when cold
- Check-engine light with misfire codes (P0301-P0304)
- Hesitation that feels like the gearbox slipping
Typically $250–$700 to put right.

Honda Airwave service schedule

What falls due, and at what distance, for each generation of the Honda Airwave. 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.

Honda Airwave 1st Gen · 2005–2010 · 1.5L L15A i-VTEC - FWD

Petrol

Due by distance

100,000 km
The initial set of spark plugs and accessory belts may be due for a look if not already replaced.
150,000 km
Engine mounts might start to show some vibration, and the CVT fluid should have been refreshed a few times by now.
200,000 km
Have a qualified mechanic inspect the suspension bushings and steering rack boots for age-related perishing.

Honda Airwave 1st Gen · 2005–2010 · 1.5L L15A i-VTEC - 4WD

Petrol

Due by distance

100,000 km
Thorough inspection of suspension components and accessory belts.
150,000 km
Have the spark plugs and transmission fluid serviced if the logbook documentation isn't clear.
200,000 km
Focus on cooling system hoses and radiator health to keep the L15A engine running cool.

See all 12 documented issuesEverything researched for the Honda Airwave, including 1 rated critical.

Engine, transmission & cooling1 critical4

01L15A Timing Chain Guide Wear at High Mileage

petrol2005–2010Engine$1,200–$3,000

OccasionalEngine $1,200–$3,000 to fix

The L15A 1.5 i-VTEC engine uses a single-row timing chain driving the camshafts, retained and guided by plastic chain guides and a hydraulic tensioner. At high mileages — typically above 150,000 km — the plastic guide rails develop wear grooves and the tensioner loses its ability to maintain correct chain tension, particularly at cold start before oil pressure builds. A worn guide or slack chain risks skipping teeth under heavy load, resulting in catastrophic valve-to-piston contact. Cold-start rattle from the timing chain is the primary diagnostic indicator and warrants immediate investigation.

Symptoms to notice

Metallic rattling or chattering from the front of the engine on cold start, lasting several seconds before quietening as oil pressure rises
Camshaft or crankshaft position sensor correlation fault codes stored in ECU, or rough idle and misfires at high mileage indicating timing chain stretch

What to check

Start the engine from cold and listen immediately for a rattling or chattering noise from the front of the engine that diminishes as oil pressure builds within the first 5 to 10 seconds.
A persisting or recurring rattle indicates tensioner or guide failure.
Scan the ECU for camshaft and crankshaft position correlation fault codes.
Check the engine oil level and condition — dirty or low oil accelerates chain and guide wear.
Review the vehicle service history for oil change intervals; extended intervals are the primary cause of premature timing chain component wear.

Where to look: Front of L15A engine block behind the timing chain cover, accessible after removal of cam cover and front cover

Parts involved: Timing chain.

Ask the seller

“What is the current odometer reading, and is there a documented service history showing regular oil changes?”
“Does the engine make any rattling or ticking noise on cold start that goes away after a few seconds?”

02Ignition coil and spark plug misfire causing jerking (L15A)

Idle the car for two minutes and listen for uneven idle or shaking.petrol2005–2010Engine$250–$700

CommonEngine $250–$700 to fix

High-mileage L15A Airwaves commonly develop jerking or stuttering under light acceleration caused by tired coil-on-plug ignition coils and worn spark plugs. Because the engine drives a CVT, a misfire feels like a transmission fault — many owners pay for gearbox diagnosis when the fix is a cheap ignition service. If ignored, raw fuel from the misfiring cylinder can damage the catalytic converter, turning a $400 job into a four-figure one. Most JDM imports arrive with no service history, so assume the plugs and coils are original unless proven otherwise.

Symptoms to notice

Jerking or stuttering under gentle acceleration
Rough idle, especially when cold
Check-engine light with misfire codes (P0301-P0304)
Hesitation that feels like the gearbox slipping

What to check

Idle the car for two minutes and listen for uneven idle or shaking.
On the test drive, accelerate gently from 40-60 km/h and feel for stumbles or jerks.
Ask for an OBD2 scan — stored or pending misfire codes are common.
Look for receipts showing plugs and coils have been done; on an import with no history, budget for them.

Where to look: Top of the engine under the plastic cover — four coil-on-plug units

Parts involved: Ignition coil.

Ask the seller

“When were the spark plugs and ignition coils last replaced?”
“Does it ever jerk or stutter on light throttle?”
“Has anyone diagnosed the jerking — was it blamed on the CVT?”

03L15A VTEC Solenoid O-Ring Oil Leak

With engine cold, inspect the upper rear of the engine around the VTEC solenoid for oil staining or wet residue.petrol2005–2010Engine$120–$320

CommonEngine $120–$320 to fix

The VTEC spool valve (oil control solenoid) on the L15A 1.5 i-VTEC engine is sealed to the cylinder head by two rubber O-rings. These O-rings harden and crack with age and heat cycling, allowing pressurised engine oil to seep out around the solenoid body at the top of the engine. The leak is typically slow but progressive. Oil tracks down the cam cover and can reach the exhaust manifold heat shield, producing a burning oil smell. Left unattended the oil loss contributes to low oil level and accelerates cam follower wear.

Symptoms to notice

Oil seeping or dripping from the VTEC solenoid area at the rear top of the engine, visible as dark staining on the cam cover and cylinder head
Intermittent burning oil smell from the engine bay, particularly after sustained highway driving when oil contacts the exhaust heat shield

What to check

With engine cold, inspect the upper rear of the engine around the VTEC solenoid for oil staining or wet residue.
Wipe the area clean, run the engine to operating temperature, then re-inspect for fresh oil weeping around the solenoid body or the seam where it meets the head.
Check engine oil level on the dipstick.

Where to look: Top of L15A engine, VTEC solenoid mounted on the rear of the cylinder head near the cam cover

Parts involved: Exhaust manifold, Cylinder head, Rocker / valve cover.

Ask the seller

“Has there been any oil leak diagnosis or VTEC solenoid seal work carried out?”
“Do you notice any burning oil smell from the engine after a run?”

04Hardened PCV valve and breather hoses causing rough running

With the engine idling, pull the oil filler cap — excessive suction or pressure suggests PCV problems.petrol2005–2010Engine$80–$300

OccasionalEngine $80–$300 to fix

The rubber in the Airwave's PCV valve and crankcase breather hoses hardens and fails with age (these cars are now 16-20 years old). A stuck PCV valve lets unmetered air and oil vapour recirculate into the intake manifold, causing surging, jerking at steady throttle and gradually oiling up the throttle body and intake. It is a cheap fix but frequently misdiagnosed as a CVT or ignition problem. Left alone it increases oil consumption and can foul the plugs.

Symptoms to notice

Surging or hunting at steady cruise
Whistling from the engine bay
Oily film inside the intake pipe or throttle body
Slowly rising oil consumption

What to check

With the engine idling, pull the oil filler cap — excessive suction or pressure suggests PCV problems. Squeeze the breather hoses at the rocker cover; rock-hard or cracked rubber means the system is original. Look inside the intake pipe for oil residue.

Where to look: PCV valve on the rocker cover / intake manifold area, engine bay

Parts involved: PCV / oil separator.

Ask the seller

“Has the PCV valve or breather hoses ever been replaced?”
“Does it use any oil between services?”

Electrical2

05Electric Power Steering Rack Seal Failure

Check the instrument cluster for an illuminated EPS warning light.petrol2005–2010Electrical$750–$2,200

OccasionalElectrical $750–$2,200 to fix

The Airwave GJ1/GJ2 is fitted with an electric power steering (EPS) rack. The inner and outer rack seals and bellows deteriorate with age, allowing water and road contamination to enter the rack tube and attack the internal rack teeth and bearing surfaces. Water ingress also promotes corrosion of the EPS torque sensor and motor connector, leading to intermittent or permanent EPS assist loss. Honda's EPS system on this generation responds to internal faults by illuminating the EPS warning indicator and defaulting to unassisted manual steering.

Symptoms to notice

EPS warning light illuminated on the instrument cluster, often accompanied by sudden increase in steering effort indicating loss of power assist
Notchy, tight, or intermittently heavy steering feel during low-speed manoeuvres, particularly in cold or wet conditions

What to check

Check the instrument cluster for an illuminated EPS warning light.
Scan the EPS ECU for stored fault codes.
With the vehicle on the ground, turn the steering lock to lock slowly and feel for notchiness, tightness, or inconsistent weight.
Inspect the rubber rack bellows (gaiters) at each end of the rack for splitting, cracking, or collapse — split boots allow water ingress.
Inspect EPS motor wiring connector for corrosion.

Where to look: Steering rack assembly mounted behind the front subframe crossmember; EPS motor attached to the rack housing

Parts involved: Steering rack.

Ask the seller

“Has the EPS warning light ever come on, and has any steering system work been done?”
“Does the steering feel consistent, or does it sometimes feel heavier than normal?”

06Ignition coil and spark plug failure causing stutter and misfire

petrol2005–2022Electrical$200–$900

CommonElectrical $200–$900 to fix

A stutter or hesitation on these cars is most often the ignition coils rather than anything in the gearbox, which matters because the two feel similar from the driver's seat and a misfire is far cheaper to fix than a CVT. Coils sit directly on each plug and fail with age and underbonnet heat rather than mileage — relevant on a Japanese import that may have sat before shipping. Left running on a misfire, unburnt fuel passes into the exhaust and can damage the catalytic converter, which is what turns a modest job into an expensive one. Coils and plugs are commonly replaced as a set on a high-kilometre car.

Symptoms to notice

Stutter, hesitation or juddering under acceleration
Flashing engine warning light — that means an active misfire
Uneven idle, sometimes stalling at a standstill
Worse fuel economy than expected

What to check

Start it cold and let it idle for a minute or two with a hand resting on the centre console — a misfire comes through as a rhythmic shake you can feel as much as hear. On the test drive, accelerate firmly up a hill in a mid gear, because a weak coil shows under load before it shows at idle, and pay attention to whether any hesitation feels like an engine stumble (sharp, rhythmic) or a gearbox shudder (smooth, at low speed only) — telling those apart here is worth real money. Watch the dash: an engine light that FLASHES rather than glowing steadily means it is misfiring right now. Under the bonnet with the engine off, look at the coils on top of the engine for cracked plastic or corroded connectors. Ask when plugs and coils were last done. If a workshop inspection is possible: a scan for misfire counts per cylinder names the exact coil and separates this from the CVT for certain.

Where to look: Top of the engine — one ignition coil per spark plug

Parts involved: Ignition coil.

Ask the seller

“When were the spark plugs and ignition coils last replaced?”
“Has the engine light ever come on, and was it flashing?”
“Does it stutter under acceleration, or only when pulling away?”

Body, brakes, suspension & interior3

07Rear Torsion Beam Axle Bush Collapse

Lift and support the rear of the vehicle.petrol2005–2010Suspension$380–$950

OccasionalSuspension $380–$950 to fix

The GJ-platform Airwave uses a rear torsion beam (twist beam) axle located by large rubber pivot bushes pressed into the subframe and beam ends. These polyurethane/rubber composite bushes deteriorate over time through compression fatigue and ozone cracking, eventually collapsing or delaminating internally. When the bushes collapse the rear beam shifts its rest position, altering toe and camber geometry and producing handling instability. The change in geometry is often gradual and drivers may not notice until a wheel alignment check reveals significant rear toe-out on one or both sides.

Symptoms to notice

Clunking or thudding from the rear axle area when traversing sharp bumps or during hard cornering
Rear end instability or tramping during cornering; rear wheel alignment outside specification on both axes when checked

What to check

Lift and support the rear of the vehicle. Inspect the torsion beam pivot bushes visually for cracking, splitting, or rubber/metal separation. Have a wheel alignment check performed and compare rear toe and camber values against specification; values outside tolerance suggest bush collapse. If a workshop inspection is possible: With a pry bar, lever the beam fore and aft and side to side at each pivot point — a serviceable bush shows minimal movement.

Where to look: Rear torsion beam pivot bush housings on both sides, where the beam attaches to the body floor structure

Ask the seller

“Has the rear suspension been inspected or had any bush replacement?”
“Has a wheel alignment been done recently, and were the rear readings in specification?”

08Front Lower Arm Ball Joint Wear

With the wheel hanging free, grip the tyre at 12 and 6 o'clock and rock firmly — any clunk or visible movement at the ball joint indicates wear.petrol2005–2010Suspension$280–$750

CommonSuspension $280–$750 to fix

The front lower control arm ball joints on the GJ-platform Airwave are pressed-in units that wear progressively through normal use, particularly in the stop-start urban driving conditions common in Japan and in NZ/AU where most examples have been used post-import. Worn ball joints allow the wheel to rock on the joint, producing clunking under braking or over bumps. Advanced wear allows the steering geometry to shift, accelerating tyre wear. In severe cases ball joint failure causes sudden loss of steering control. Replacement typically requires pressing new joints into the existing arm or replacing the full lower arm assembly.

Symptoms to notice

Clunking or knocking from the front suspension when driving over speed bumps, rough roads, or during braking
Vague or wandering steering feel combined with uneven inner tyre edge wear indicating geometry shift from joint play

What to check

With the wheel hanging free, grip the tyre at 12 and 6 o'clock and rock firmly — any clunk or visible movement at the ball joint indicates wear. Inspect the ball joint rubber dust boot for tearing or grease expulsion, which accelerates joint wear. If a workshop inspection is possible: Lift the front of the vehicle safely. Use a pry bar under the arm at the ball joint to check axial play.

Where to look: Front suspension lower control arm, one ball joint per side connecting arm to steering knuckle

Parts involved: Ball joint.

Ask the seller

“Have the front lower ball joints been inspected or replaced?”
“Does the car clunk over bumps or when braking?”

09Brake Caliper Slide Pin Seizure

Pull each pin out of its bore — it should slide smoothly with light finger pressure.petrol2005–2010Brakes$150–$500

CommonBrakes $150–$500 to fix

The front and rear brake calipers on the GJ Airwave use slide pins (guide pins) to allow the caliper to float and apply even pad pressure across the disc. The slide pin rubber boots deteriorate and admit moisture, corroding the steel pins inside their aluminium caliper brackets. Seized slide pins prevent the caliper from releasing fully after the brake pedal is released, causing the inner or outer pad to remain in contact with the disc. This produces heat, accelerated pad and disc wear on one side, and a pulling sensation under braking. Rear caliper screw-type parking brake mechanisms are also susceptible to internal corrosion on NZ/AU-imported examples.

Symptoms to notice

Vehicle pulling to one side under moderate or heavy braking, with the pull worsening as the caliper heats up from continuous dragging contact
Markedly uneven brake pad wear where one pad on a caliper is significantly thinner than its partner, combined with disc scoring or bluing from heat

What to check

Pull each pin out of its bore — it should slide smoothly with light finger pressure. Corroded pins require significant force or will not move at all. Inspect the slide pin rubber boots for cracking or missing sections. Compare inner and outer brake pad thickness on each caliper; a difference greater than 3 mm indicates a seized pin. Spin each wheel by hand with brakes released and check for dragging resistance. If a workshop inspection is possible: Remove the front and rear wheels and inspect caliper slide pins.

Where to look: Front and rear brake calipers at each wheel, slide pins located in the caliper bracket

Parts involved: Brake disc and pads.

Ask the seller

“When were the brakes last serviced, and were the caliper slide pins cleaned and lubricated?”
“Does the car pull to one side when braking, or do you notice any dragging or heat from the wheels after driving?”

Depends on which engine this Honda Airwave has — 2Each of these is documented for one particular engine. Pick the year and engine above to see which of them apply.

Engine, transmission & cooling2

01CVT judder and belt slip under load

Road test from a standstill at light throttle for judder.petrol2005–2010TransmissionCan't confirm for this car$2,000–$5,500

OccasionalTransmission $2,000–$5,500 to fix

Can't confirm for this car

The Honda Multimatic CVT in the Airwave GJ develops judder under light-load acceleration from a stop and occasional belt slip under harder acceleration in higher-mileage examples, caused by degraded CVT fluid and steel push-belt wear on the pulleys. CVT fluid change history is the primary differentiator – units with never-changed fluid are at high risk. CVT replacement is expensive; early fluid changes significantly extend service life.

Symptoms to notice

Vibration or judder sensation when pulling away from a stop at gentle throttle
Hesitation or engine flare when accelerating from low speed
Slipping sensation under harder acceleration at low to mid speed
Whining noise from the transmission under acceleration load

What to check

Road test from a standstill at light throttle for judder.
Check CVT fluid colour – should be clear pink, not dark brown.
Verify whether CVT fluid has ever been changed.
Listen for whining or slipping under load.

Where to look: CVT unit located behind the engine in transverse layout

Parts involved: CVT belt and pulleys.

Ask the seller

“Has the CVT fluid ever been changed?”
“Any judder or vibration when pulling away from a stop?”
“Any hesitation, flaring, or slipping when accelerating?”

02CVT shudder and start-clutch wear on the L15 wagon

petrol2011–2022TransmissionCan't confirm for this car$300–$5,000

CommonTransmission $300–$5,000 to fix

Can't confirm for this car

The CVT in the 2011-on Airwave/Shuttle wagon shudders when pulling away from a standstill as the start clutch and the belt lose their grip, and it worsens as the fluid ages. Two things a buyer should know. First, the fluid is not ordinary automatic transmission fluid — these need Honda CVT fluid, and a well-meaning service using generic ATF is a known way to bring the shudder on early. Second, a shudder that a fresh fluid change does not clear usually means the start clutch itself is worn, which is a far bigger job. Nearly all of these cars in New Zealand are Japanese imports with no local service record, so assume the fluid history is unknown unless there is paperwork.

Symptoms to notice

Shudder or judder pulling away from a standstill, felt through the floor
Delay before drive engages, or a thunk selecting reverse
Jerking or refusing to pick up speed in D
Whine that rises steadily with road speed

What to check

Do several stop-start take-offs, not one — pull away gently from rest half a dozen times, including on a slight uphill, and feel through the floor and the seat for a shudder or vibration as it takes up drive. That is the whole test and it takes two minutes. Select reverse from park and feel for a delay or a thunk. On the open road, hold a steady 60-80 km/h and listen for a whine that tracks road speed. Ask the seller when the CVT fluid was last changed and — this is the important part — WHICH fluid was used, because generic ATF instead of Honda CVT fluid brings the shudder on early. Ask for any Japanese service records or the import auction sheet. If a workshop inspection is possible: have the fluid condition and the start-clutch engagement assessed before you commit, since the difference between a fluid change and a start clutch is thousands.

Where to look: Transmission — start clutch and belt inside the CVT unit

Parts involved: Clutch.

Ask the seller

“When was the CVT fluid last changed, and was it genuine Honda CVT fluid?”
“Does it shudder or vibrate when pulling away?”
“Do you have any Japanese service records or the auction sheet?”

Other Honda Airwave engines and years1 documented issue that do not apply to the one you picked.

Engine, transmission & cooling1

01L13A timing chain stretch and tensioner wear

Cold-start the engine and listen for chain rattle from the front.petrol2005–2010EngineDoes not apply$500–$1,000

CommonEngine $500–$1,000 to fix

Does not apply

The L13A 1.3L i-DSI engine in the Airwave GJ suffers timing chain stretch and primary tensioner wear from extended service intervals, a common finding on NZ JDM imports where Japanese maintenance history is opaque. Manifests initially as cold-start rattle progressing to rough idle, misfires, and cam timing deviation if left unaddressed. Age and mileage together accelerate chain elongation.

Symptoms to notice

Metallic rattle from engine on cold start that may persist into warm-up phase
Rough idle or misfire in advanced chain stretch cases
Check engine light with cam position or timing fault codes
Increased fuel consumption as timing deviates from specification

What to check

Cold-start the engine and listen for chain rattle from the front. Check oil change history and current oil condition. Scan for cam position or timing DTCs. Estimate service frequency from the odometer reading and available history.

Where to look: Timing chain and primary tensioner, front of L13A engine

Parts involved: Timing chain.

Ask the seller

“What is the service interval history and oil change frequency?”
“Any rattling from the engine on startup?”
“Has any timing chain work been carried out?”

What these repairs cost on other cars

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

Other Honda models

Honda CR-V59 documented faults Honda Accord55 documented faults Honda Jazz51 documented faults Honda Elysion12 documented faults Honda Integra12 documented faults Honda Life12 documented faults

Honda Airwave buyer questions

Is the Honda Airwave reliable?

Like any used car, it depends on the specific example and its service history. Across the 12 documented faults for the Honda Airwave, the recurring problem areas are engine, transmission, and electrical. A Honda Airwave 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 Airwave?

We've catalogued 12 known faults for the Honda Airwave, covering engine, transmission, and electrical. All 12 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 Airwave?

Most single repairs on the Honda Airwave fall between $280–$900 at NZ independent-workshop rates. Some of the 12 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 Airwave?

Yes. A Honda Airwave 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.