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Honda1995–2023 Critical issues documented

Honda CR-V RM: common faults & what to check

The RM is the Honda CR-V built 2012–2017. It was sold here with the 2.0L petrol (R20A) and 2.4L petrol (K24Z3). Of the 59 faults documented for the CR-V, 14 apply to this generation, each with its symptoms, what to inspect and a typical repair cost. Free, no account needed.

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

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59

Documented faults

Critical

Most serious

$350–$1,400

Typical repair

8

Systems covered

You're looking at the RM

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

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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 2014 Honda CR-V is the RM generation (2012 to 2017).

Start your free check on this Honda CR-V

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Honda CR-V RMEngine not picked yet

Pick the engine above first: the CR-V 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 CR-V · 2014

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 CR-V before you hand over any money. Every documented fault is listed below, each with its own page.

  • Serious issue

    Check for an active EPS warning light on the instrument cluster.

    See why

    Electric Power Steering Column Motor Failure

    RE4 and RE5 CR-Vs (and continuing into RM generation) use a column-mounted electric power steering system where a brushed DC motor drives a worm gear directly on the steering column shaft. The motor brushes wear and the motor windings can develop internal shorts with age and heat exposure, while the EPS control unit (ECU) is also vulnerable to capacitor failure from underbonnet heat. When the EPS system faults, the control unit disables power assist entirely as a fail-safe and illuminates the EPS warning light — the steering remains mechanically functional but requires substantially higher effort, especially at low speeds and during parking manoeuvres, which represents a significant safety concern for older or less physically capable drivers.

    What you would notice

    • EPS warning light illuminates on the dashboard, with steering requiring noticeably higher physical effort particularly at low speeds
    • Intermittent heavy steering that corrects itself after engine restart, progressively worsening until assist is permanently absent

    Typically $850–$2,200 to put right.

  • Costly issue

    Manually push each caliper across its slide pins: it should move freely with moderate hand pressure.

    See why

    Brake Caliper Slide Pin Seizure Causing Uneven Pad Wear

    All Honda CR-V generations use sliding-pin caliper designs at the front and rear axles. The slide pins are lubricated with high-temperature grease at manufacture but are vulnerable to corrosion and moisture ingress over time, especially in wet environments. Seized slide pins cause the caliper to apply force from one side only, resulting in one pad wearing significantly faster than the other. If uncorrected, the worn pad reaches the metal backing plate, scoring the rotor and ultimately reducing braking effectiveness and creating a safety hazard.

    What you would notice

    • Uneven brake pad wear with the inner pad significantly thinner than the outer on the same corner
    • Vehicle pulling to one side under moderate to hard braking
    • Persistent brake squeal or groan from one corner even with adequate pad material remaining
    • Excessive heat from one wheel hub area detectable by touch after a normal drive

    Typically $150–$600 to put right.

  • Costly issue

    Drive tight figure-eights at low speed and listen for rear chattering or shudder.

    See why

    Rear DPS Differential Clutch Pack Failure from Neglect

    The 3rd and 4th generation CR-V uses Honda's Dual Pump System (DPS) AWD rear differential, requiring fluid replacement every 30,000-40,000 km with Honda DPS Fluid. Neglect allows the clutch packs to overheat and glaze, initially causing chattering on cornering and ultimately producing a seized or non-functional AWD rear unit. Use of non-Honda DPS fluid causes accelerated failure identical to the RD5/RD7 generation.

    What you would notice

    • Chattering or vibration noise from rear on tight turns
    • AWD system disengaged or warning illuminated
    • Shudder on low-speed cornering
    • Rear differential noise under load

    Typically $300–$2,800 to put right.

  • Costly issue

    Rock the wheel firmly at 12 and 6 o'clock to check for vertical play.

    See why

    Front Hub Wheel Bearing Premature Failure — RE / RM Generations

    The RE and RM CR-V generations show a documented pattern of front hub-integrated wheel bearing failure before 120,000 km, earlier than expected for this vehicle class. Failure is more frequent on AWD variants where the bearing carries additional driveshaft load. The integrated hub-bearing unit is not regreasable and requires full replacement when it fails.

    What you would notice

    • Rumbling, growling, or droning noise from the front that increases with vehicle speed
    • Noise pitch changes when making gentle lane changes as weight transfers
    • Vibration through the steering wheel at highway speeds
    • ABS warning light (failed bearing can damage the ABS tone ring)

    Typically $320–$720 to put right.

  • Costly issue

    Grab the trailing arm and attempt to move it fore-aft and laterally — any free movement before the bush loads indicates collapse.

    See why

    Rear Trailing Arm Bush Collapse

    The rear multi-link suspension on both RE and RM CR-Vs uses large-diameter hydraulic or solid rubber bushes at the inner mounting points of the trailing arms (rear lower longitudinal arms). These bushes carry fore-aft and lateral loads and are subject to constant deflection throughout the suspension travel. With age and high mileage, the rubber element cracks and separates from its metal shell, allowing the trailing arm to shift its geometric position. The result is a change in rear wheel toe and camber outside the manufacturer's alignment specification, which causes rapid and asymmetric rear tyre consumption and makes the vehicle difficult to hold in a straight line at highway speed.

    What you would notice

    • Uneven rear tyre wear — one or both rear tyres consuming the inner or outer edge significantly faster than the opposite edge
    • Rear-end instability or a persistent tendency to track sideways on straight roads that cannot be corrected by alignment alone

    Typically $360–$720 to put right.

  • Costly issue

    Start engine and activate AC — observe whether the compressor clutch engages by watching the centre hub of the compressor pulley.

    See why

    AC Compressor Clutch Bearing and Internal Failure

    The AC compressor on 3rd and 4th generation CR-Vs is prone to compressor clutch bearing seizure and compressor internal failure, particularly on vehicles where the AC has been left unused for extended periods or where refrigerant has leaked undetected. A seized compressor can send metallic debris through the entire AC circuit, requiring complete system flush and replacement of multiple components.

    What you would notice

    • AC does not cool or cooling is significantly reduced
    • Grinding or squealing noise when AC is activated
    • AC compressor clutch failing to engage
    • Belt squealing or burning smell when AC is switched on

    Typically $900–$2,800 to put right.

See all 14 issues for this oneDocumented for the exact year and engine you picked, including 2 rated critical.
Engine, transmission & cooling1

01Rear DPS Differential Clutch Pack Failure from Neglect

Drive tight figure-eights at low speed and listen for rear chattering or shudder.petrol2006–2016TransmissionRead the full fault: symptoms, where to look, what to ask the seller
Electrical1 critical2

02Electric Power Steering Column Motor Failure

Check for an active EPS warning light on the instrument cluster.petrol2006–2016Electrical
OccasionalElectrical $850–$2,200 to fix

RE4 and RE5 CR-Vs (and continuing into RM generation) use a column-mounted electric power steering system where a brushed DC motor drives a worm gear directly on the steering column shaft. The motor brushes wear and the motor windings can develop internal shorts with age and heat exposure, while the EPS control unit (ECU) is also vulnerable to capacitor failure from underbonnet heat. When the EPS system faults, the control unit disables power assist entirely as a fail-safe and illuminates the EPS warning light — the steering remains mechanically functional but requires substantially higher effort, especially at low speeds and during parking manoeuvres, which represents a significant safety concern for older or less physically capable drivers.

Symptoms to notice

  • EPS warning light illuminates on the dashboard, with steering requiring noticeably higher physical effort particularly at low speeds
  • Intermittent heavy steering that corrects itself after engine restart, progressively worsening until assist is permanently absent

What to check

Check for an active EPS warning light on the instrument cluster. With the engine running at idle, turn the wheel slowly lock to lock and note any roughness, hesitation in assist, or complete absence of assist effort. If a workshop inspection is possible: Connect a Honda-compatible OBD reader capable of accessing the EPS module and retrieve stored fault codes (codes 11, 12, 17, and 61 indicate motor or torque sensor faults).

Where to look: Steering column assembly beneath the dashboard, with the EPS motor and gearbox clamped to the intermediate column shaft; the EPS ECU is located behind the instrument fascia or on the column bracket depending on model year

Parts involved: Steering rack.

Ask the seller

  • “Has the EPS warning light ever appeared? If so, what was the diagnosis and repair?”
  • “Does the steering feel consistently light and responsive at parking speeds, or does it ever feel heavy?”
  • “Has any EPS-related work been carried out on this vehicle?”

03AC Compressor Clutch Bearing and Internal Failure

Start engine and activate AC — observe whether the compressor clutch engages by watching the centre hub of the compressor pulley.petrol2006–2016Electrical
OccasionalElectrical $900–$2,800 to fix

The AC compressor on 3rd and 4th generation CR-Vs is prone to compressor clutch bearing seizure and compressor internal failure, particularly on vehicles where the AC has been left unused for extended periods or where refrigerant has leaked undetected. A seized compressor can send metallic debris through the entire AC circuit, requiring complete system flush and replacement of multiple components.

Symptoms to notice

  • AC does not cool or cooling is significantly reduced
  • Grinding or squealing noise when AC is activated
  • AC compressor clutch failing to engage
  • Belt squealing or burning smell when AC is switched on

What to check

  1. Start engine and activate AC — observe whether the compressor clutch engages by watching the centre hub of the compressor pulley.
  2. Listen for grinding or high-pitched squealing from the compressor.
  3. Verify AC blows cold at all fan speeds and both temperature zones.
  4. Ask about any prior AC regas or compressor repairs.

Where to look: AC compressor mounted on engine, front right area of engine bay

Parts involved: Clutch.

Ask the seller

  • “Has the AC system ever been regassed or had any repairs?”
  • “Does the AC cool effectively in summer heat?”
Body, brakes, suspension & interior1 critical4

04Front Lower Control Arm Ball Joint Wear

The front lower control arm on RE and RM CR-Vs uses a pressed-in ball joint as the pivot between the arm and the steering knuckle.petrol2006–2016Suspension
CommonSuspension $420–$950 to fix

The front lower control arm on RE and RM CR-Vs uses a pressed-in ball joint as the pivot between the arm and the steering knuckle. The joint's polyurethane boot cracks with age, allowing water and road grit to enter the bearing socket; once contaminated, the ball and socket wear rapidly and develop axial and radial play. Honda elected to supply the lower arm as an assembly on many variants, meaning the replacement part includes both the arm and joint. Worn ball joints compromise steering geometry accuracy and, in the failure case where the taper pin separates from the knuckle, result in immediate loss of directional control — a critical safety outcome.

The front wheel of a car splayed outward with the lower control arm hanging down after a ball joint separation.Example of the part — not this vehicle

A separated lower ball joint: the control arm has dropped and the wheel has splayed out under the guard.

Elfix · CC0 · Wikimedia Commons

Symptoms to notice

  • Clunking or knocking noise from the front suspension when traversing speed bumps or dipping into driveways
  • Vague or wandering steering feel accompanied by premature tyre wear on the inner shoulder of front tyres

What to check

With the front wheels raised and the suspension hanging, grip the wheel at 6 and 12 o'clock and attempt to rock it — any vertical play indicates ball joint wear. Inspect the ball joint boot for splits or grease expulsion. If a workshop inspection is possible: Use a pry bar under the tyre to apply upward load and watch the ball joint for movement at the knuckle seat.

Where to look: Front lower control arm, outboard end where the ball joint stud presses into the front steering knuckle on each side

Parts involved: Ball joint.

Ask the seller

  • “Has the front lower control arm or ball joints ever been replaced?”
  • “Does the vehicle pass a current Warrant of Fitness without any suspension advisories?”
  • “Is there any clunking from the front end over rough surfaces or when parking?”

05Front Hub Wheel Bearing Premature Failure — RE / RM Generations

Rock the wheel firmly at 12 and 6 o'clock to check for vertical play.petrol2006–2016Suspension
CommonSuspension $320–$720 to fix

The RE and RM CR-V generations show a documented pattern of front hub-integrated wheel bearing failure before 120,000 km, earlier than expected for this vehicle class. Failure is more frequent on AWD variants where the bearing carries additional driveshaft load. The integrated hub-bearing unit is not regreasable and requires full replacement when it fails.

Symptoms to notice

  • Rumbling, growling, or droning noise from the front that increases with vehicle speed
  • Noise pitch changes when making gentle lane changes as weight transfers
  • Vibration through the steering wheel at highway speeds
  • ABS warning light (failed bearing can damage the ABS tone ring)

What to check

Rock the wheel firmly at 12 and 6 o'clock to check for vertical play. Road test at 80–100 km/h and make gentle lane changes to identify which side is affected. If a workshop inspection is possible: With the vehicle on stands, spin each front wheel by hand and listen for a rough or growling sensation.

Where to look: Front hub assemblies, both sides

Parts involved: Wheel bearing.

Ask the seller

  • “Has any wheel bearing work been carried out?”
  • “Any humming or growling noise at highway speed?”
  • “Has the ABS warning light come on?”

06Rear Trailing Arm Bush Collapse

Grab the trailing arm and attempt to move it fore-aft and laterally — any free movement before the bush loads indicates collapse.petrol2006–2016Suspension
CommonSuspension $360–$720 to fix

The rear multi-link suspension on both RE and RM CR-Vs uses large-diameter hydraulic or solid rubber bushes at the inner mounting points of the trailing arms (rear lower longitudinal arms). These bushes carry fore-aft and lateral loads and are subject to constant deflection throughout the suspension travel. With age and high mileage, the rubber element cracks and separates from its metal shell, allowing the trailing arm to shift its geometric position. The result is a change in rear wheel toe and camber outside the manufacturer's alignment specification, which causes rapid and asymmetric rear tyre consumption and makes the vehicle difficult to hold in a straight line at highway speed.

Symptoms to notice

  • Uneven rear tyre wear — one or both rear tyres consuming the inner or outer edge significantly faster than the opposite edge
  • Rear-end instability or a persistent tendency to track sideways on straight roads that cannot be corrected by alignment alone

What to check

Grab the trailing arm and attempt to move it fore-aft and laterally — any free movement before the bush loads indicates collapse. Check rear tyre wear pattern for unilateral edge wear consistent with toe-out. If a workshop inspection is possible: With the vehicle on a hoist and suspension loaded, inspect the trailing arm inner bushes for longitudinal cracking, rubber separation from the metal sleeve, or visible collapse.

Where to look: Rear trailing arm inner pivot bushes, visible at the forward mounting bracket on the rear subframe on each side of the vehicle

Ask the seller

  • “Have the rear suspension bushes ever been replaced or inspected by a suspension specialist?”
  • “When were the rear tyres last replaced and what was the wear pattern?”
  • “Has a four-wheel alignment been carried out recently, and did the rear wheels fall within specification?”

07Brake Caliper Slide Pin Seizure Causing Uneven Pad Wear

Manually push each caliper across its slide pins: it should move freely with moderate hand pressure.1995–2016Brakes
Very commonBrakes $150–$600 to fix

All Honda CR-V generations use sliding-pin caliper designs at the front and rear axles. The slide pins are lubricated with high-temperature grease at manufacture but are vulnerable to corrosion and moisture ingress over time, especially in wet environments. Seized slide pins cause the caliper to apply force from one side only, resulting in one pad wearing significantly faster than the other. If uncorrected, the worn pad reaches the metal backing plate, scoring the rotor and ultimately reducing braking effectiveness and creating a safety hazard.

Symptoms to notice

  • Uneven brake pad wear with the inner pad significantly thinner than the outer on the same corner
  • Vehicle pulling to one side under moderate to hard braking
  • Persistent brake squeal or groan from one corner even with adequate pad material remaining
  • Excessive heat from one wheel hub area detectable by touch after a normal drive

What to check

Manually push each caliper across its slide pins: it should move freely with moderate hand pressure. Inspect slide pin boots for cracking, splitting, or grease absence. Check rotor surfaces for scoring, heat discolouration, or uneven wear grooves visible only on one face. If a workshop inspection is possible: With the wheels removed, compare inner and outer brake pad thickness at each corner — seized pins cause the inner pad to wear far more than the outer on the same caliper.

Where to look: Front and rear brake calipers, slide pins and boots on all four corners

Parts involved: Brake disc and pads.

Ask the seller

  • “When were the brake pads last replaced, and were the caliper slide pins cleaned and regreased at the same time?”
  • “Does the car pull to one side when braking?”
  • “Has the vehicle been inspected for uneven brake pad wear at the last service?”
Depends on the exact engine — 7 moreDocumented for a specific engine we could not confirm from what you picked. Check the engine code on the car.
Engine, transmission & cooling6

01K24Z Water Pump Seal Failure and Coolant Leak

Inspect the water pump area at the front of the engine for coolant staining or dried white/green crystalline deposits.petrol2006–2016Cooling
OccasionalCooling $350–$900 to fix

Can't confirm for this car

The K24Z water pump weep seal degrades over time, allowing coolant to seep externally from the pump body. The pump is driven by the accessory serpentine belt; a developing leak can contaminate the belt and accelerate its wear. Advanced pump failure causes rapid coolant loss and engine overheating, which risks head gasket damage on the aluminium-block K24Z.

Symptoms to notice

  • Coolant drip from front underside of engine after parking
  • Sweet coolant smell from engine bay
  • Coolant reservoir level dropping between checks
  • Overheating warning on extended drives

What to check

  1. Inspect the water pump area at the front of the engine for coolant staining or dried white/green crystalline deposits.
  2. Check the coolant reservoir level and condition.
  3. After a test drive, check underneath the front of the engine for drips.
  4. Inspect the serpentine belt for contamination.
  5. Confirm coolant is at the correct level and has not been recently topped up to mask a leak.

Where to look: Front of engine, water pump driven by accessory belt

Parts involved: Water pump.

Ask the seller

  • “Has the coolant been recently replaced or topped up?”
  • “Has any coolant loss or overheating occurred?”

02K24Z Oil Pressure Sensor Spurious Warning

Connect a mechanical oil pressure gauge to the sensor port and verify pressure at idle (minimum 10 psi) and at 3,000 rpm (minimum 35 psi).petrol2006–2016Engine
CommonEngine $150–$380 to fix

Can't confirm for this car

The K24Z engine uses a pressure-actuated switch that grounds the instrument cluster warning circuit when oil pressure drops below a calibrated threshold. The sensor's internal diaphragm fatigues with heat cycling, and the external connector corrodes in the engine bay environment, causing the circuit to ground spuriously and illuminate the oil pressure warning light even when measured oil pressure is within the 35–75 psi operating specification. Because a genuine low-pressure event is mechanically catastrophic, every illumination must be verified with a mechanical gauge before the sensor is condemned — dismissing the light without verification has led to seized engines.

Symptoms to notice

  • Oil pressure warning light illuminates at idle or immediately after a warm restart despite a correct oil level on the dipstick
  • Warning light flickers intermittently at low rpm before eventually staying on permanently

What to check

Connect a mechanical oil pressure gauge to the sensor port and verify pressure at idle (minimum 10 psi) and at 3,000 rpm (minimum 35 psi). Inspect the sensor body for corrosion or cracking and check the two-pin connector for green oxidation. Resistance across sensor terminals should read open-circuit at running pressure.

Where to look: Engine block adjacent to the oil filter housing on the passenger side of the K24Z engine

Ask the seller

  • “Has the oil pressure warning light ever come on? If so, was oil pressure verified with a mechanical gauge before the sensor was replaced?”
  • “Has the engine ever been run low on oil or overheated?”
  • “When was the oil pressure sensor last replaced or inspected?”

03K24A Intake Valve & Port Carbon Deposits

Inspect PCV valve and hose for blockage or heavy oil fouling.petrol2012–2017Engine
OccasionalEngine $350–$950 to fix

Can't confirm for this car

The K24A 2.4L engine is port-fuel-injected, not direct-injected, so fuel wash partially mitigates valve deposits. However, PCV oil vapour recirculation and EGR gases deposit carbon on intake valve stems, valve faces, and port walls over time, particularly above 150,000 km. Heavy deposits reduce airflow, cause rough idle, hesitation on light throttle, and occasional misfires. Chemical induction service or walnut blasting restores normal intake flow. Blocked PCV valves accelerate deposit formation.

Symptoms to notice

  • Rough or lumpy idle at operating temperature
  • Hesitation or stumble under light throttle
  • Intermittent misfire codes P030x
  • Reduced fuel economy at highway speeds
  • Slow throttle response from idle

What to check

  1. Inspect PCV valve and hose for blockage or heavy oil fouling.
  2. Check for any stored misfire codes.
  3. If a workshop inspection is possible: Borescope inspection of intake ports and valve faces through intake manifold or with intake off.

Where to look: Intake ports and valve faces on cylinder head, PCV system on valve cover

Parts involved: PCV / oil separator, EGR valve.

Ask the seller

  • “Has an induction clean or walnut blast ever been performed?”
  • “Any history of misfire codes or rough idle?”
  • “Is the PCV valve and hose intact and recently replaced?”

04Throttle Body Carbon Fouling (K24Z)

Check the idle rpm at operating temperature (should be 650–750 rpm in D); a hunting, surging idle or one consistently below 500 rpm is diagnostic.petrol2006–2016Engine
Very commonEngine $150–$380 to fix

Can't confirm for this car

The K24Z engine's positive crankcase ventilation system routes oil vapour directly into the intake tract upstream of the throttle body. Over time — typically after 60,000–100,000 km — carbon and oil residue accumulate on the throttle plate edges and bore walls, reducing the effective bore diameter and disrupting the tightly controlled idle air bypass that the engine management system relies on. Because the K24Z uses a drive-by-wire throttle, the ECU cannot fully compensate for the reduced airflow, resulting in an erratic or low idle and hesitation during tip-in from a standing start. If the throttle position sensor calibration has not been reset after cleaning, idle quality will remain poor despite a mechanically clean throttle body.

Symptoms to notice

  • Rough, surging, or abnormally low idle speed (below 600 rpm) particularly when the engine is at operating temperature
  • Hesitation or stumble immediately after tip-in from a standstill, especially noticeable in stop-start city driving

What to check

Check the idle rpm at operating temperature (should be 650–750 rpm in D); a hunting, surging idle or one consistently below 500 rpm is diagnostic. After cleaning, verify the throttle body idle learn procedure has been completed using a Honda-compatible scanner. If a workshop inspection is possible: Remove the air intake duct from the throttle body and inspect the bore and plate with a torch — heavy black carbon coating on the plate edges and bore wall confirms fouling.

Where to look: Throttle body mounted on the inlet manifold, accessible from the top of the engine after removing the air intake ducting

Parts involved: PCV / oil separator.

Ask the seller

  • “Has the throttle body ever been cleaned and the idle learn procedure reset?”
  • “Does the engine idle smoothly and consistently at operating temperature?”
  • “Is there any hesitation or stumble when pulling away from a standstill?”

05RM CVT judder under light throttle — belt slip

Road test at exactly light throttle between 40-70 km/h on flat road to reproduce the judder.petrol2012–2016Transmission
OccasionalTransmission $300–$6,500 to fix

Can't confirm for this car

CVT-equipped variants of the RM-generation CR-V use a push-belt continuously variable transmission. Under light throttle at low to mid speed, the primary and secondary pulley clamping pressures are at their lowest calibrated values to maximise efficiency. If the CVT fluid has degraded beyond its friction modifier service life, or if the belt has developed microscopic surface fatigue pitting, the belt-to-pulley friction coefficient drops below the design threshold. This causes momentary micro-slip events that manifest as a cyclic shudder or vibration at 1-4 Hz through the drivetrain. The judder typically occurs in the 30-80 km/h range under gentle acceleration, disappearing under firm throttle when pulley clamping pressure increases. Continued operation accelerates pulley surface scoring and eventually requires full CVT replacement.

Symptoms to notice

  • Rhythmic shudder or vibration at 30-80 km/h under light throttle
  • Judder disappears when accelerating firmly or decelerating
  • Vibration felt through floorpan and seat, not through steering wheel
  • Slipping sensation accompanied by RPM fluctuation at steady cruise speed

What to check

Road test at exactly light throttle between 40-70 km/h on flat road to reproduce the judder. A fluid change with genuine Honda HCF-2 CVT fluid will often temporarily resolve early-stage shudder — if it returns within weeks the belt/pulley surfaces are damaged. Check the CVT fluid colour and smell (should be clear amber, not dark or burnt). Review service records for CVT fluid change history. Any judder that persists after fresh fluid indicates internal mechanical damage.

Where to look: CVT transmission unit, push-belt and primary/secondary pulley assembly, transmission tunnel

Parts involved: CVT belt and pulleys.

Ask the seller

  • “Does the car vibrate or shudder at gentle acceleration between 40-70 km/h?”
  • “Has the CVT fluid ever been changed, and with what fluid?”
  • “Has the car been to a transmission specialist for any diagnosis?”
  • “Has the transmission ever slipped or revved high without the car accelerating?”

065-speed automatic linear solenoid wear and torque converter shudder

Road test at light throttle cruise for torque converter shudder.petrol2007–2016Transmission
CommonTransmission $1,200–$3,500 to fix

Can't confirm for this car

The Honda 5-speed automatic in RE and RM CR-Vs shares the same linear solenoid wear failure mode as the Accord BKYA/MKYA unit. Torque converter shudder occurs at light throttle cruise, particularly at 60-90 km/h, caused by worn solenoids and degraded ATF. Non-Honda-spec fluid significantly accelerates wear. Typically presents from 120,000 km on units without ATF change history.

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

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

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

Symptoms to notice

  • Shudder or judder through drivetrain at light throttle 60-90 km/h
  • Delayed or harsh gear change particularly 2nd to 3rd
  • Transmission slipping or hunting gears under load
  • Dark brown or burnt-smelling ATF on dipstick check

What to check

  1. Road test at light throttle cruise for torque converter shudder.
  2. Check ATF colour and level – clear pink is correct, brown indicates degradation.
  3. Scan for transmission fault codes.
  4. Confirm ATF change history and fluid specification.

Where to look: Automatic transmission linear solenoid body on driver's side of transmission

Parts involved: Torque converter.

Ask the seller

  • “Has the automatic transmission fluid ever been changed?”
  • “What fluid type was used – Honda DW-1 or equivalent specification?”
  • “Any shudder, vibration, or rough shifting when driving at highway speed?”
Fluid leaks1

01Rear Differential Output Shaft Seal Oil Leak (AWD)

Check the front of the differential where the propeller shaft connects for seepage around the input pinion seal.petrol2006–2016Fluid Leaks
CommonFluid Leaks $320–$750 to fix

Can't confirm for this car

AWD-equipped RE4 and RM4 CR-Vs use a rear differential driven by a propeller shaft from the transfer case. The lip seals at both output shaft companion flanges are made from nitrile rubber and degrade with age, heat, and road debris contamination, allowing rear differential fluid to wick out along the driveshaft. Because the rear differential shares no visual fill indicator accessible to the driver, leaks go unnoticed until the unit runs dry, at which point the clutch pack and gear set sustain rapid wear. NZ road conditions accelerate seal degradation due to road film and stone chip impact on the exposed differential casing.

Symptoms to notice

  • Oil staining or wet film on the rear differential casing and inboard driveshaft boots after sitting overnight
  • Rear differential fluid level low or absent on inspection via the fill plug

What to check

  1. Check the front of the differential where the propeller shaft connects for seepage around the input pinion seal.
  2. If a workshop inspection is possible: With the vehicle on a hoist, inspect both rear driveshaft inboard joints and the companion flange faces for oil film or road-grime coating.
  3. Remove the differential fill plug and verify fluid is present at the plug aperture.

Where to look: Rear differential unit underneath the rear of the vehicle; seals are located where each rear driveshaft exits the differential casing (left and right companion flanges)

Parts involved: Differential.

Ask the seller

  • “Has the rear differential fluid ever been checked or changed?”
  • “Is there any oil staining visible under the rear of the vehicle when parked?”
  • “Has this vehicle been inspected on a hoist and were the rear driveshaft seals noted as dry?”
Other Honda CR-V engines and years45 documented issues that do not apply to the one you picked.
Engine, transmission & cooling26

01B20B Timing Belt Snap — Interference Engine Damage

Ask for documented timing belt service history with mileage.petrol1995–2002Engine
CommonEngine $150–$4,500 to fix

Does not apply

The B20B is an interference-type engine where timing belt failure causes immediate piston-to-valve contact, bending valves and resulting in catastrophic engine damage. Age-hardened belts can fail before reaching the 90,000 km mileage threshold. Complete valve and head work is required after failure.

Symptoms to notice

  • Engine cranks but will not start
  • Sudden loss of power while driving
  • Rattling or slapping from timing cover area
  • Oil seepage at front cam seal

What to check

  1. Ask for documented timing belt service history with mileage.
  2. Inspect front of engine for oil leaks at cam and crank seals.
  3. Confirm water pump and tensioner were replaced at same service.
  4. If no records exist or mileage exceeds 90,000 km since last change, budget for immediate belt kit replacement before purchase.

Where to look: Front of engine, behind timing cover

Parts involved: Timing belt.

Ask the seller

  • “Has the timing belt been replaced and at what mileage?”
  • “Were the water pump, tensioner and idler also replaced?”

02Real Time 4WD Rear Differential Clutch Pack Failure

Check the rear differential drain plug area for burnt-smelling or discoloured fluid.petrol1995–2006TransmissionRead the full fault: symptoms, where to look, what to ask the seller

03High-pressure fuel pump can crack and leak (recall)

The 6th-generation CR-V e:HEV hybrid is covered by a Honda recall for a high-pressure fuel pump that may crack and leak petrol.hybrid2023 onwardEngine
OccasionalEngine $0–$900 to fix

Does not apply

The 6th-generation CR-V e:HEV hybrid is covered by a Honda recall for a high-pressure fuel pump that may crack and leak petrol. The defect traces to metal machining chips left between the cutting tool and the pump, creating excess torque that cracks the solenoid. Leaking fuel near an ignition source raises the risk of an engine-bay fire. A persistent petrol smell while driving or idling is the main early warning; the fix is a free dealer inspection and pump replacement.

Symptoms to notice

  • Petrol smell while driving or idling
  • Visible fuel weeping around the high-pressure pump
  • Check-engine light or fuel-system fault
  • Hard starting

What to check

Confirm the high-pressure fuel pump recall (NHTSA 24V763 / Honda code PJW) has been completed by VIN with a Honda dealer, and sniff for any petrol odour in the engine bay after a run.

Where to look: High-pressure fuel pump on the engine, top/rear of cylinder head

Parts involved: High-pressure fuel pump.

Ask the seller

  • “Has the high-pressure fuel pump recall been carried out on this VIN?”
  • “Have you ever noticed a fuel smell when it is running?”
  • “Do you have paperwork showing the recall work was done?”

04Recall: shift-cable linkage corrosion can prevent Park (03V274000)

On level ground, shift to P and gently try to rock the car without the handbrake (stand clear) — it should not roll.petrol2002–2003Transmission
OccasionalTransmission

Does not apply

On 2002-2003 CR-Vs (RD 2nd gen) the automatic shift-cable linkage can corrode and bind so the driver cannot fully engage Park. If the handbrake isn't applied the vehicle can roll away. Honda recalled about 247,000 CR-Vs (campaign 03V274000, July 2003); dealers inspect the cable and fit a corrosion-resistant control pin. On an imported car, confirm the recall was completed, as corrosion can still be present on unremediated examples.

Symptoms to notice

  • Lever feels stiff or won't fully seat in Park
  • Vehicle rolls even when the lever reads P
  • Key can be removed but the car is not truly in Park

What to check

On level ground, shift to P and gently try to rock the car without the handbrake (stand clear) — it should not roll. Work the shifter through all gears feeling for stiffness or notchiness. Ask for proof the recall (Honda P04 / NHTSA 03V274000) was carried out.

Where to look: Automatic-transmission shift-cable linkage at the base of the gear selector / transmission

Parts involved: Body corrosion.

Ask the seller

  • “Has the shift-cable / Park recall 03V274000 been carried out?”
  • “Does the lever ever stick going into Park?”
  • “Do you always use the handbrake when parking?”

05e:HEV Rear Diff Heat Coupling Overheating Damage

Scan for DTCs related to rear AWD coupling temperature or performance (P176x range).hybrid2022 onwardTransmission
OccasionalTransmission $3,000–$9,500 to fix

Does not apply

The sixth-generation CV CR-V e:HEV AWD system uses an electrically-controlled hydraulic heat-expansion coupling at the rear differential to engage the rear axle on demand from the rear electric motor. Sustained low-speed high-load driving — such as heavy towing, repeated hill ascents, sand driving or extended off-road manoeuvring — overheats the coupling fluid and can warp or scorch the friction elements, causing degraded AWD engagement, AWD warning light activation, and, in severe cases, binding or a complete failure of the rear drive unit. The CV generation is still establishing its long-term failure pattern, but early NZ/AU examples with higher mileage or towing use show this fault appearing from approximately 50,000 km.

Symptoms to notice

  • AWD system warning light on instrument cluster
  • Rear differential or powertrain warning message
  • Noticeable vibration or binding when cornering at low speed
  • Burning or hot oil smell from the rear of the vehicle
  • Reduced traction feel in AWD mode

What to check

  1. Scan for DTCs related to rear AWD coupling temperature or performance (P176x range).
  2. Check the rear differential fluid condition — burnt or dark fluid confirms overheating.
  3. Ask about towing history, load carrier use, or extended low-range driving.
  4. Inspect the rear diff housing for heat discolouration or fluid seepage around the coupling.

Where to look: Rear differential and AWD heat-expansion coupling unit — underneath vehicle at rear axle

Parts involved: Differential.

Ask the seller

  • “Has the vehicle been used for towing, beach driving or extended off-road use?”
  • “Has the AWD warning light ever illuminated?”
  • “Has the rear differential fluid been inspected or changed?”
  • “Are there any stored AWD or drivetrain fault codes?”

06B20B High Oil Consumption at High Mileage

Pull the dipstick and check oil level on a vehicle that has allegedly been recently serviced — a low reading indicates active consumption.petrol1995–2002Engine
CommonEngine $1,500–$6,000 to fix

Does not apply

High-mileage B20B engines develop worn piston rings and hardened valve stem seals, leading to oil burning during normal operation. Consumption of 1 litre per 2,000 km is documented above 200,000 km. Ignored oil consumption leads to low-oil seizure events and catalytic converter damage from oil fouling the catalyst substrate.

Symptoms to notice

  • Blue smoke from exhaust on cold startup or during acceleration
  • Oil level significantly below minimum between services
  • Fouled or oil-wetted spark plugs
  • Oily black residue inside exhaust tailpipe

What to check

  1. Pull the dipstick and check oil level on a vehicle that has allegedly been recently serviced — a low reading indicates active consumption.
  2. Remove a spark plug and inspect tip for oil fouling.
  3. Cold-start the engine and watch the exhaust for blue smoke.
  4. Blip the throttle sharply and observe.
  5. Ask how frequently oil has been topped up between services.

Where to look: Engine cylinder head valve seals and cylinder wall piston rings

Parts involved: Catalytic converter.

Ask the seller

  • “How often do you need to add oil between scheduled services?”
  • “When were the spark plugs last replaced?”

07Real-Time AWD Rear Coupling Unit Judder and Failure

Drive slowly through several full-lock turns in a car park and listen for clunking or shuddering from the rear.petrol2017–2022Transmission
OccasionalTransmission $250–$5,000 to fix

Does not apply

The electronically controlled rear coupling unit transfers torque to the rear axle when slip is detected. When the proprietary Honda Dual Pump Fluid II is not changed at the recommended interval (typically every 48,000 km), the clutch packs inside the unit degrade, causing a thumping or binding sensation on tight turns. In advanced cases the rear coupling seizes, causing drivetrain binding and potential prop-shaft or axle damage. Fluid changes are often skipped by owners unaware of the requirement.

Symptoms to notice

  • Thumping, clunking, or shuddering from the rear during tight-radius turns at low speed
  • AWD warning indicator illuminated on the instrument cluster
  • Binding or resistance felt when parking in confined spaces
  • Rear coupling unit casing warm or hot to the touch after short drives
  • Vibration through the cabin when AWD system engages on loose surfaces

What to check

Drive slowly through several full-lock turns in a car park and listen for clunking or shuddering from the rear; check for AWD warning light; inspect rear coupling unit for oil leaks; confirm rear differential fluid (Honda Dual Pump Fluid II) change is on the service record.

Where to look: Rear prop shaft and rear coupling/differential unit

Parts involved: Clutch.

Ask the seller

  • “Has the rear differential or AWD coupling fluid ever been changed, and if so when?”
  • “Has there been any clunking, binding, or shuddering when turning in tight car park spaces?”

08Radiator Plastic End Tank Cracking and Coolant Loss

Inspect both radiator end tanks for hairline cracks, white crystalline deposits, or coolant residue staining.petrol1995–2006Cooling
CommonCooling $350–$4,500 to fix

Does not apply

RD-series CR-Vs used aluminium-core radiators with plastic end tanks retained by crimped aluminium lips. After 15 or more years of thermal cycling, the plastic tanks embrittle and develop hairline cracks at the crimp interface or at the inlet and outlet connections. Coolant loss can be gradual or catastrophic. The most severe failure mode occurs on automatic-transmission models: the lower radiator tank incorporates an ATF cooler, and when the plastic tank cracks at this location, coolant enters the transmission fluid circuit, creating a milky contamination that destroys the automatic transmission if not caught immediately.

Symptoms to notice

  • Gradual coolant loss without any visible external leak — reservoir level dropping slowly over weeks
  • Visible crack or crystalline deposit at the junction between the plastic end tank and the aluminium radiator core
  • Overheating warning light or elevated temperature gauge reading, particularly in slow traffic
  • Milky or discoloured automatic transmission fluid indicating coolant has entered the integrated ATF cooler circuit

What to check

Inspect both radiator end tanks for hairline cracks, white crystalline deposits, or coolant residue staining. Squeeze the lower radiator hose with the engine cold to check for pressure retention in the system. On automatic-transmission models extract an ATF sample — milky pink or brown-pink fluid confirms coolant contamination through the integrated cooler. Check the coolant reservoir cap and filler neck area for oily film or bubbling indicating combustion gas entry.

Where to look: Radiator end tanks (top and bottom), lower tank ATF cooler connections on automatic-transmission models

Parts involved: Radiator.

Ask the seller

  • “Has the radiator ever been replaced, and if so when and why?”
  • “Has the vehicle ever overheated, and is the coolant level stable between services?”
  • “On automatic-transmission models: has the ATF colour been checked recently to rule out coolant contamination?”

091.5T Timing Chain Tensioner Cold-Start Rattle

Cold-start the engine after an overnight soak and listen immediately for a metallic rattle from the front of the engine lasting more than one second.petrol2017–2022Engine
OccasionalEngine $600–$4,500 to fix

Does not apply

The L15B7 timing chain tensioner can lose oil pressure retention during extended cold soak, causing a metallic rattling noise from the front of the engine for two to five seconds on cold startup before oil pressure builds. Repeated cold-start rattles accelerate tensioner and chain guide wear; timing chain stretch follows over time, producing variable valve timing (VTC actuator) fault codes and erratic idle. Oil change discipline is critical — extended intervals with degraded oil accelerate the fault.

The front of a dual overhead camshaft engine with the timing cover removed, exposing the timing chain and sprockets.Example of the part — not this vehicle

The front of a twin-cam engine with the timing cover off — chain, sprockets and guides.

Logansenf · CC BY-SA 4.0 · Wikimedia Commons

Symptoms to notice

  • Metallic rattling from the front of the engine on cold start, clearing within 2–5 seconds
  • Rattle is louder in cold ambient temperatures and with older, degraded oil
  • Check engine light with VTC actuator or cam timing correlation codes (P0341/P0342)
  • Rough idle or hunting idle after cold start
  • Oil pressure warning briefly appearing at initial cold crank

What to check

Cold-start the engine after an overnight soak and listen immediately for a metallic rattle from the front of the engine lasting more than one second; note whether it clears as oil pressure builds; scan for VTC actuator codes P0341, P0342, or cam position correlation codes; inspect service record for oil-change frequency and viscosity used.

Where to look: Front of engine block — timing chain cover, upper left when viewed from front

Parts involved: Timing chain.

Ask the seller

  • “Does the engine make a rattling or knocking noise for a second or two on a cold start before settling?”
  • “How frequently was the oil changed and what viscosity grade was used?”

10i-MMD High-Voltage Battery Coolant Pump Failure

Check for any active or stored hybrid system DTCs with a Honda-capable scanner.hybrid2019–2023Cooling
OccasionalCooling $900–$4,000 to fix

Does not apply

The i-MMD hybrid traction battery is liquid-cooled via a dedicated electric coolant pump. When the pump fails or its controller faults, the battery temperature exceeds safe operating limits, forcing the vehicle into a reduced-power (limp) mode and illuminating hybrid system warnings. Sustained overtemperature accelerates lithium-ion cell degradation and can permanently reduce battery capacity. The pump is a separate serviceable unit but requires specialist tooling to diagnose and replace.

Symptoms to notice

  • Hybrid system warning light (exclamation in triangle) illuminated on dash
  • Vehicle enters reduced power mode with power output noticeably curtailed
  • High-voltage battery temperature warning displayed
  • Reduced or absent regenerative braking on deceleration
  • Check engine light with hybrid battery thermal management DTCs

What to check

Check for any active or stored hybrid system DTCs with a Honda-capable scanner; inspect coolant level in the dedicated battery cooling reservoir (separate from engine coolant); ask dealer for any battery thermal management service history; note whether the Ready light takes longer than normal to appear.

Where to look: Battery cooling circuit — pump located under rear floor or cargo area near battery module

Parts involved: Water pump.

Ask the seller

  • “Has any hybrid system or battery temperature warning light ever appeared on the dashboard?”
  • “Has the vehicle been inspected by a Honda dealer with a full hybrid system diagnostic?”

11R20A CVT Shudder on Acceleration

Test drive and feel for rhythmic vibration during light acceleration.petrol2006–2011Transmission
CommonTransmission $600–$3,500 to fix

Does not apply

The RE4 CR-V R20A 2.0 with CVT develops shudder from belt and pulley wear. Honda CVT fluid specification is critical.

Symptoms to notice

  • Rhythmic shudder or buzz during light acceleration from rest
  • CVT fluid darker than the correct clear pink/red

What to check

Test drive and feel for rhythmic vibration during light acceleration. CVT fluid that is dark indicates degraded fluid.

Where to look: CVT gearbox in engine bay

Ask the seller

  • “Has the r20a cvt shudder on acceleration been inspected or repaired?”

12DualPump II Rear Differential Wrong-Fluid Failure

Drive in a tight slow circle and listen for chattering from the rear differential.petrol2002–2006TransmissionRead the full fault: symptoms, where to look, what to ask the seller

13CVT Valve Body Bore Wear and Linear Solenoid Sticking — RW 1.5T

From cold, select Drive and note the engagement delay.petrol2017–2022Transmission
OccasionalTransmission $800–$3,000 to fix

Does not apply

The CVT fitted to the RW CR-V 1.5T develops valve body bore wear and linear solenoid sticking from around 100,000 km. This manifests as delayed engagement from Park, harsh ratio-hunting at cruise, and occasional limp-home mode. Fluid degradation from infrequent CVT services is the primary accelerant. CVT fluid changes at 40,000 km intervals are critical for this unit; many NZ imports arrive with no service history.

Symptoms to notice

  • Delayed or clunky engagement when selecting Drive or Reverse from Park
  • Transmission hunting between ratios at a steady highway cruise
  • Harsh downshift jolt under moderate braking
  • Transmission warning light or limp mode in advanced cases

What to check

From cold, select Drive and note the engagement delay. Road test at a steady 100 km/h and feel for ratio hunting. Check CVT fluid colour through the dipstick — dark brown or black fluid with a burnt smell indicates neglect. Confirm CVT service history.

Where to look: CVT transmission unit, lower engine bay

Parts involved: Mechatronic / valve body.

Ask the seller

  • “Has the CVT fluid been changed? How recently?”
  • “Any hesitation when selecting Drive from Park?”
  • “Any warning lights on the dashboard?”

14e:HEV Inverter Electric Water Pump Bearing Failure

Check the Honda diagnostic system for PCU coolant temperature fault codes and electric water pump duty-cycle faults.hybrid2022 onwardCooling
OccasionalCooling $900–$2,800 to fix

Does not apply

The sixth-generation CR-V e:HEV (2.0 i-MMD hybrid) uses a dedicated electric water pump to circulate coolant through the Power Control Unit (PCU/inverter) and drive motor cooling circuit, separate from the main engine coolant loop. The pump's brushless DC motor bearing is susceptible to premature failure, likely due to coolant contamination or cavitation in the circuit. Bearing failure causes the pump to seize or run intermittently, leading to PCU overheating warnings, reduced hybrid system output, and in severe cases a forced failsafe limp-home mode that disables the drive motors. The vehicle may display a red hybrid system warning and request immediate servicing. Replacement requires draining the PCU cooling circuit and is a dealer-only procedure.

Symptoms to notice

  • Amber or red hybrid system warning light on dashboard
  • PCU or inverter overtemperature warning on multi-information display
  • Reduced EV mode availability or hybrid output limited message
  • Audible whirring or grinding from engine bay with engine off (pump running)
  • Limp-home mode with restricted speed capability
  • Coolant level drop in PCU circuit reservoir

What to check

  1. Check the Honda diagnostic system for PCU coolant temperature fault codes and electric water pump duty-cycle faults.
  2. Locate the PCU coolant reservoir (separate from the engine coolant reservoir, typically mounted near the firewall) and check fluid level and condition — discoloured or rusty fluid confirms contamination.
  3. Listen with the engine off but ignition on for smooth pump operation — a grinding or intermittent sound indicates bearing wear.
  4. Verify no coolant leaks at pump housing or hose connections.

Where to look: PCU (Power Control Unit) coolant circuit electric pump, engine bay near firewall on 6th gen CR-V e:HEV

Parts involved: Water pump.

Ask the seller

  • “Has the hybrid system warning light ever illuminated and what fault code was recorded?”
  • “Has the PCU/inverter coolant circuit been inspected or flushed?”
  • “Has the vehicle ever entered limp-home mode or restricted hybrid output?”
  • “Are there any outstanding Honda technical service bulletins for the PCU cooling system?”

15K24A Balance Shaft Oil Pump Failure

With the engine at operating temperature, check oil pressure at the balance shaft circuit test port; compare against Honda K24A specification.petrol2001–2012EngineRead the full fault: symptoms, where to look, what to ask the seller

16B20B Balance Shaft Oil Pump Failure

Inspect oil for grey metallic particles indicating bearing scoring.petrol1995–2001EngineRead the full fault: symptoms, where to look, what to ask the seller

17Real-Time AWD Rear Propshaft Spline Wear

1995–2011Transmission
CommonTransmission $400–$1,500 to fix

Does not apply

The RD1/RD4 CR-V real-time AWD uses a rear propshaft with internal splines that wear causing a clunking or shunting feel when engaging AWD from 2WD mode. The spline slip is most noticeable on tight slow turns on low-traction surfaces.

Symptoms to notice

  • Clunking or shunting from rear drivetrain when AWD engages during cornering on low-traction surfaces
  • Vibration at highway speed in severe spline wear cases from propshaft imbalance

What to check

  1. Test the AWD system by driving slowly on a loose surface or tight turning in a car park and feel for a clunking or shunting from the rear drivetrain as AWD engages.
  2. Ask about rear propshaft service history.

Where to look: Rear propshaft and AWD coupling unit, underside of vehicle

Ask the seller

  • “Has the real-time awd rear propshaft spline been inspected or repaired?”

18Direct Injection Intake Valve Carbon Buildup — L15B 1.5T

Ask about cold idle quality and fuel economy trend.petrol2017–2022EngineRead the full fault: symptoms, where to look, what to ask the seller

19L15BE Turbo Inlet Hose Split at Boost Clamp

With the engine cold, locate the turbocharger inlet hose and follow it from the air filter housing to the turbo compressor inlet.petrol2017–2022EngineRead the full fault: symptoms, where to look, what to ask the seller

20K20A/K24A Oil Pressure Sensor Failure

Inspect the sensor base for oil seepage.petrol2001–2006Engine
CommonEngine $80–$220 to fix

Does not apply

The oil pressure switch on K20A and K24A engines is a single-wire thermistor-type sensor screwed into the block adjacent to the oil filter housing. The sensor's internal diaphragm and electrical contact corrode over time, causing it to trigger the low-oil-pressure warning light falsely or, in the inverse failure mode, to fail open and suppress a genuine low-pressure event. Because the warning lamp is the driver's only indication of catastrophic oil pressure loss, a failed sensor that does not illuminate represents a serious engine-protection risk.

Symptoms to notice

  • Oil pressure warning light illuminates at idle or under normal driving conditions with oil level correct and measured pressure normal
  • Oil seepage or dripping from the sensor body or its seating thread on the block

What to check

  1. Inspect the sensor base for oil seepage.
  2. Check for oil residue on the wiring connector and signs of the plastic housing cracking.
  3. If a workshop inspection is possible: Remove the sensor and bench-test continuity with the engine running at idle pressure versus key-on engine-off (should show open circuit at 0 psi).

Where to look: Engine block, adjacent to the oil filter on the front-lower side of the K20A/K24A engine

Ask the seller

  • “Has the oil pressure warning light ever illuminated while the oil level was correct?”
  • “Has the oil pressure sensor been replaced, and is there any sign of oil around the sensor base?”

21A/C compressor internal disintegration ('Black Death') contaminates the whole A/C system

Run the A/C on max and check for genuinely cold air within a minute.petrol2002–2006Cooling
CommonCooling

Does not apply

The RD gen2 CR-V's factory A/C compressor is prone to coming apart internally and pumping fine metal debris and degraded oil through the entire air-conditioning circuit. Because the condenser's tiny passages cannot be flushed clean, a failed compressor typically ruins the condenser, receiver/drier and expansion valve too, so a simple compressor swap soon fails again. Very relevant to NZ/AU cars where A/C runs year-round.

Symptoms to notice

  • A/C blows warm or weak
  • Rattling, grinding or screeching from the compressor when A/C is engaged
  • Metallic debris noted at the last A/C service

What to check

  1. Run the A/C on max and check for genuinely cold air within a minute.
  2. Listen at the front of the engine for grinding or rattle as the compressor clutch engages.
  3. Ask whether the compressor and condenser are original or replaced, and whether the full system was flushed.

Where to look: A/C compressor (front of engine, belt-driven) and condenser (in front of the radiator)

Ask the seller

  • “Does the air conditioning still blow cold?”
  • “Has the compressor or condenser ever been replaced?”
  • “Any noises when the A/C switches on?”

22Rear Air Conditioning Evaporator Refrigerant Leak

Watch for: Rear vents blow ambient-temperature air while front AC remains cold.2017–2022Cooling
CommonCooling $400–$3,800 to fix

Does not apply

On CR-Vs fitted with rear climate control, the rear HVAC evaporator core develops pinhole corrosion leaks that allow R-1234yf refrigerant to escape. Because the front and rear systems share the same refrigerant circuit, complete loss of charge eventually disables the front AC as well. Replacement requires removal of substantial rear interior trim and is labour-intensive; dealer quotes frequently exceed the cost of the part alone.

Symptoms to notice

  • Rear vents blow ambient-temperature air while front AC remains cold
  • Front AC performance gradually degrades as refrigerant level drops
  • AC compressor cycling more frequently than usual
  • Refrigerant undercharge confirmed on manifold gauge test
  • No water dripping from rear evaporator drain in hot humid conditions

What to check

Watch for: Rear vents blow ambient-temperature air while front AC remains cold. If a workshop inspection is possible: Run rear climate control on maximum cold for five minutes and confirm cold air from rear vents; have a technician perform an AC system pressure test and dye leak check; look for UV dye staining around the rear evaporator housing; check whether AC refrigerant has ever been recharged.

Where to look: Rear HVAC evaporator unit — under rear seat base or cargo-floor trim

Parts involved: Body corrosion.

Ask the seller

  • “Does the rear air conditioning blow cold air when tested on a hot day?”
  • “Has the AC system ever required a refrigerant recharge or been diagnosed for a leak?”

23AC Condenser Corrosion and Refrigerant Leak

petrol2017 onwardCooling
OccasionalCooling $600–$1,500 to fix

Does not apply

The front-mounted aluminium AC condenser on 5th generation CR-Vs is susceptible to galvanic and stone-chip corrosion in NZ and Australian conditions, particularly in coastal environments. Pinhole leaks develop in the condenser fins and tubes, causing gradual refrigerant loss. A failed condenser also disables AC-assisted windscreen defrost function in vehicles equipped with dual-zone climate control.

Symptoms to notice

  • AC gradually loses cooling efficiency over weeks or months
  • System requires frequent refrigerant regas to restore cooling
  • Visible corrosion or UV dye staining on condenser fins
  • Low refrigerant pressure fault codes on diagnostic scan

What to check

Visually inspect the AC condenser through the front grille for corrosion pitting, bent or damaged fins, or yellow UV dye staining indicating a past or current leak. Verify that AC cools effectively at maximum blower speed. Confirm whether any prior regas has been performed and within what timeframe. If a workshop inspection is possible: Have the AC system pressure tested before purchase.

Where to look: Front of vehicle, mounted directly in front of radiator

Parts involved: Body corrosion.

Ask the seller

  • “Has the AC system been regassed and when?”
  • “Has any AC condenser repair or replacement been done?”

241.5 turbo fuel-in-oil dilution on short cold-climate trips

The 1.5-litre L15 VTEC turbo carried into the RS shares the family trait of fuel diluting the engine oil during repeated short trips in cold weather.petrol2023 onwardEngine
OccasionalEngine $150–$600 to fix

Does not apply

The 1.5-litre L15 VTEC turbo carried into the RS shares the family trait of fuel diluting the engine oil during repeated short trips in cold weather. The very efficient cooling system means the direct-injected engine is slow to reach full temperature, so unburned fuel slips past the piston rings into the oil and can raise the dipstick level over successive cold starts. Over time this thins the oil and can contribute to wear. Evidence specific to the 6th-generation engine is still limited, so this is an early-signal, trait-based flag rather than a confirmed 6th-gen defect; owners in colder NZ/AU regions doing mostly short runs should watch oil level and smell.

Symptoms to notice

  • Engine oil level rising above full on the dipstick
  • Fuel smell from the dipstick or oil
  • Thin oil, possible misfire on heavily diluted oil

What to check

Pull the dipstick on the 1.5 turbo and check whether oil is above the full mark or smells of petrol, and ask about the driving pattern (lots of short cold trips worsen it).

Where to look: Engine crankcase / oil sump

Parts involved: Turbocharger.

Ask the seller

  • “Is this car used mostly for short trips in cold weather?”
  • “Have you ever seen the oil level rise between changes?”
  • “How often is the oil changed?”

25Throttle Body Carbon Fouling (K20A/K24A)

Check that the plate closes fully and moves freely.petrol2001–2006Engine
CommonEngine $120–$320 to fix

Does not apply

K20A and K24A engines accumulate carbon deposits on the throttle plate and throttle bore walls over time, primarily from crankcase blow-by vapour recirculated through the PCV system and intake air deposits. The deposits restrict airflow at small throttle openings and prevent the butterfly from fully closing, causing the idle control system to fight the contamination. On drive-by-wire variants, the electronic throttle body can also suffer motor and return spring issues compounded by carbon preventing the plate from reaching its calibrated closed position.

Symptoms to notice

  • Rough or unstable idle, particularly when cold or after a long idle period
  • Hesitation and stumble on light throttle tip-in from rest, and occasional stalling when coming to a stop

What to check

Check that the plate closes fully and moves freely. After cleaning, an idle relearn procedure (idle the engine for 10 minutes without touching the throttle) is required to reset the idle adaption. Inspect the PCV hose for oil residue indicating excessive blow-by. If a workshop inspection is possible: Remove the intake hose and visually inspect the throttle bore and plate for black or brown carbon deposits.

Where to look: Throttle body mounted on the intake manifold, upper front of K20A/K24A engine

Parts involved: PCV / oil separator.

Ask the seller

  • “Has the throttle body been cleaned as part of the vehicle's service history?”
  • “Is there any roughness at idle or hesitation when pulling away from a standstill?”

26Real Time AWD rear-differential shudder on tight low-speed turns (dual-pump fluid breakdown)

Drive slowly in a tight full-lock circle both directions (empty car park) and feel for judder or hear groaning from the rear.petrol2002–2006Transmission
CommonTransmission

Does not apply

AWD RD gen2 CR-Vs use a rear differential with two internal pumps and a specific Honda 'Dual Pump' fluid to drive the rear wheels. As that fluid breaks down the rear-diff clutch packs judder, producing a shudder, groan or moan felt at low speed during tight turns (for example car-park manoeuvres). It is normally cured by draining and refilling with genuine Honda Dual Pump II fluid; the wrong fluid makes it worse. This is distinct from the later 2007+ rear-diff seal leak — here the friction fluid has degraded, not leaked.

Symptoms to notice

  • Shudder or vibration through the car during slow full-lock turns
  • Groaning/moaning from the rear when turning in a car park
  • Noise eases after a rear-diff fluid change

What to check

  1. Drive slowly in a tight full-lock circle both directions (empty car park) and feel for judder or hear groaning from the rear.
  2. Ask when the rear-differential fluid was last changed and whether genuine Honda Dual Pump fluid was used.

Where to look: Rear differential (AWD models only), underneath at the rear axle

Parts involved: Differential.

Ask the seller

  • “Is this the AWD / Real Time 4WD model?”
  • “When was the rear-diff fluid last changed and with what fluid?”
  • “Any shudder or groan when turning tightly at low speed?”
Electrical7

01i-MMD Inverter Coolant Pump Failure — HV Warning

Inspect the inverter coolant reservoir under the bonnet for level and discolouration.hybrid2017–2022Electrical
OccasionalElectrical $1,800–$7,500 to fix

Does not apply

The 2.0 i-MMD two-motor hybrid system uses a dedicated electric coolant pump to regulate inverter and drive-motor temperatures. The pump impeller is plastic and prone to cracking or seizing at higher mileages, starving the inverter of coolant and causing the high-voltage system to enter a thermal protection failsafe. The driver sees an amber or red HV warning indicator and the vehicle may be limited to low-power drive or require a restart to resume normal operation. Left unaddressed, repeated thermal cycling degrades IGBT modules in the inverter, leading to inverter replacement rather than pump-only repair. Parts and labour in NZ/AU are disproportionately expensive due to low HV-trained technician availability.

Symptoms to notice

  • HV system warning light (amber or red) on instrument cluster
  • Hybrid/IMA system warning message
  • Vehicle entering limp-home mode with power restriction
  • Inverter coolant reservoir level dropping without visible external leak
  • Intermittent loss of regenerative braking

What to check

  1. Inspect the inverter coolant reservoir under the bonnet for level and discolouration.
  2. Listen for the electric coolant pump running when ignition is switched on — absence of pump sound indicates failure.
  3. If a workshop inspection is possible: With a Honda HDS or compatible OBD scanner, check for DTC P0A93 (inverter coolant pump performance), P1A15, or related HV thermal fault codes.

Where to look: Engine bay — inverter unit on left/passenger side; electric coolant pump mounted on inverter cooling circuit near firewall

Parts involved: Water pump.

Ask the seller

  • “Has the HV warning light ever illuminated while driving?”
  • “Has any hybrid system work been performed by a Honda dealer?”
  • “Has the inverter coolant level been checked and is it at the correct level?”
  • “Are there any stored hybrid system fault codes?”

02High-voltage battery module terminal/busbar can spark (early-build recall)

hybrid2023 onwardElectrical
RareElectrical $0 to fix

Does not apply

A small number of very early-build 2023 CR-V e:HEV hybrids are covered by a recall for high-voltage battery modules that may have been manufactured incorrectly, allowing a battery terminal or busbar to break and spark. This poses a fire and injury hazard and can also cause a sudden loss of drive power. The affected population is small (early October 2022 to January 2023 production), so it is rare, but it is safety-critical where it applies. The remedy is a free dealer battery-module replacement.

Symptoms to notice

  • Sudden loss of drive power
  • Hybrid-system warning light
  • Burning smell or reduced hybrid performance

What to check

For a very early 2023 hybrid build, verify by VIN through a Honda dealer whether the high-voltage battery module recall (NHTSA 24V745) applies and, if so, that the module was replaced.

Where to look: High-voltage traction battery pack, under the rear floor

Ask the seller

  • “Is this an early 2023 build, and does the battery recall apply to its VIN?”
  • “Has the high-voltage battery module ever been replaced?”
  • “Has it ever lost drive power unexpectedly?”

0312V Auxiliary Battery Drain Causing Ready Mode Failure

Test the 12V auxiliary battery voltage and cold-cranking capacity with a dedicated battery tester.hybrid2017–2022ElectricalRead the full fault: symptoms, where to look, what to ask the seller

04e:HEV 12V Auxiliary Battery Drain Causing Hybrid Lockout

hybrid2022 onwardElectricalRead the full fault: symptoms, where to look, what to ask the seller

05Recall: driver's power-window master switch can overheat / fire risk (20V768000)

Operate all windows from the driver's master switch.petrol2002–2006Electrical
OccasionalElectrical

Does not apply

Water entering an open driver's window can seep into the driver-side power-window master switch on 2002-2006 CR-Vs, causing electrical resistance that overheats and melts the switch, with a risk of smoke or fire (16 fires reported). Honda's 2020 recall (P9D / NHTSA 20V768000) replaces the switch and inspects the harness; it supersedes an earlier 2012 repair-only recall that did not fully cure moisture failures. On an imported car, check the switch was replaced under the later campaign, not just the 2012 fix.

Symptoms to notice

  • Driver's window switch works intermittently or not at all
  • Discolouration, melting or a burnt smell around the master switch
  • Scorch marks on the driver's door panel

What to check

  1. Operate all windows from the driver's master switch.
  2. Look and smell around the switch pack for heat discolouration or melting.
  3. Ask whether the power-window switch recall (Honda P9D / NHTSA 20V768000) was completed, not just the older 2012 action.

Where to look: Driver's door power-window master switch panel

Ask the seller

  • “Was the power-window master switch recall 20V768000 (P9D) done?”
  • “Do all windows work from the driver's controls?”
  • “Any burning smell or melting around the door switch?”

06Electric Power Steering Rack Rattle and Knock

2007–2012Electrical
CommonElectrical $150–$1,800 to fix

Does not apply

The RE4 CR-V introduced a column-assist electric power steering (EPS) system in which an electric motor drives a worm gear that acts on the steering column intermediate shaft. The rack-and-pinion itself uses a preloaded yoke spring-and-plug assembly that maintains contact between the rack bar and the housing; with mileage, the yoke plug loosens due to vibration-induced thread creep, allowing the rack bar to lift from its seat and rattle against the housing during low-speed manoeuvring and over sharp surface discontinuities. Separately, the EPS column motor brushes and worm gear can wear, producing a knocking or rumbling through the steering wheel that is distinct from the rack yoke rattle.

Symptoms to notice

  • Clunking or knocking noise from the steering rack on low-speed turns and when traversing road joints or speed humps
  • EPS warning light illuminating on the dashboard, accompanied by increased steering effort or intermittent power assist loss
  • Vibration or rumbling felt through the steering wheel rim at parking-lot speeds that reduces above 30 km/h

What to check

  1. With the vehicle stationary, turn the steering wheel lock to lock slowly and listen for a clunk or knock from beneath the dashboard or from the steering rack.
  2. Locate the rack yoke adjuster plug on the underside of the steering rack and check for rotation (looseness) with a socket.
  3. Scan the EPS control module for fault codes, particularly those indicating motor torque sensor faults.

Where to look: Steering rack yoke plug on the underside of the rack housing; EPS motor on the steering column beneath the dashboard

Parts involved: Steering rack.

Ask the seller

  • “Has the EPS warning light ever illuminated, and has the steering rack yoke adjuster been tightened or replaced?”
  • “Is there any clunking noise from the steering at low speed or when parking?”
  • “Has any steering rack or EPS column work been carried out under warranty or as a repair?”

07Fuel pump module float corrosion — inaccurate gauge

Brim the tank, then observe the fuel gauge for accuracy and stability over a short test drive.petrol2002–2012Electrical
CommonElectrical $350–$850 to fix

Does not apply

The fuel pump module in RD and RE CR-Vs uses a brass-arm float with a resistive wire track potentiometer as the fuel level sender. Ethanol-blended fuels (E10, now standard in much of NZ/AU) accelerate corrosion of both the brass float and the resistive track coating. The float develops pinhole corrosion and takes on fuel, becoming negatively buoyant and causing the gauge to read lower than actual, or to read full and then drop suddenly. The resistive track also develops open-circuit sections, causing the gauge needle to drop to empty randomly or peg full. In some cases the corroded float arm seizes against the pump cage, preventing the float from moving at all. This results in drivers running the tank genuinely dry believing it still shows reserve fuel.

Symptoms to notice

  • Fuel gauge reads lower than actual or drops suddenly from full
  • Gauge needle fluctuates erratically or pegs at empty with a full tank
  • Fuel warning light illuminates inconsistently
  • Gauge reading does not match fuel added at pump

What to check

Brim the tank, then observe the fuel gauge for accuracy and stability over a short test drive. A correctly functioning sender should show close to full and remain stable. Ask the owner when they last put fuel in and compare gauge reading to expected volume. Access the fuel pump module sender (under rear seat or boot floor depending on variant) and inspect the float arm for corrosion or deformation if possible.

Where to look: Fuel tank, fuel pump module sender unit (accessed via service hatch under rear seat or boot floor)

Parts involved: In-tank fuel pump, Body corrosion.

Ask the seller

  • “Does the fuel gauge read accurately compared to the pump when filling?”
  • “Has the fuel gauge ever dropped suddenly or behaved erratically?”
  • “Has the fuel pump or sender ever been replaced?”
  • “Has the car ever run out of fuel despite the gauge showing reserve?”
Body, brakes, suspension & interior11

01Front Lower Control Arm Ball Joint Failure — RD / RE Generations

Inspect the rubber boot closely for cracking or tearing.petrol2001–2011Suspension
CommonSuspension $380–$950 to fix

Does not apply

The front lower control arm ball joints on RD4 and RE CR-Vs wear prematurely on NZ roads. The ball joint rubber boots crack with age allowing water and grit ingress. In advanced stages the joint seizes or separates, causing loss of front wheel geometry control. Replacement requires the entire lower control arm on most variants as the joint is pressed-in and not separately serviceable.

The front wheel of a car splayed outward with the lower control arm hanging down after a ball joint separation.Example of the part — not this vehicle

A separated lower ball joint: the control arm has dropped and the wheel has splayed out under the guard.

Elfix · CC0 · Wikimedia Commons

Symptoms to notice

  • Clunking or knocking from front suspension over bumps or during slow-speed manoeuvring
  • Vague or imprecise steering feel
  • Uneven tyre wear across the front axle
  • Vehicle pulling to one side
  • Knock felt through the floorboard when turning on full lock

What to check

Inspect the rubber boot closely for cracking or tearing. Road test over sharp bumps and listen for clunks. If a workshop inspection is possible: Jack each front wheel off the ground and lever the lower arm up and down to check for play in the ball joint.

Where to look: Front lower control arm, inner pivot and outboard ball joint — both sides

Parts involved: Ball joint.

Ask the seller

  • “Have the front suspension components been inspected recently?”
  • “Any clunking from the front end over speed bumps?”
  • “Has the car had alignment work done — and why?”

02Rear Sill, Inner Wheel Arch and Floor Pan Rust — RD / RE Generations

Inspect the rear rocker panels at both ends, inner arch seams, and the spare wheel well floor for perforations.2001–2011Body & RustRead the full fault: symptoms, where to look, what to ask the seller

03Rust in rear wheel arches hidden behind body cladding

2001–2006Body & RustRead the full fault: symptoms, where to look, what to ask the seller

04Front Lower Arm Inner Bush Failure & Steering Shimmy

Inspect the bush visually for rubber cracking or separation from the metal outer sleeve.petrol2017–2022Suspension
CommonSuspension $450–$1,400 to fix

Does not apply

The front lower control arm inner pivot bush on fifth-generation CR-Vs degrades prematurely in NZ/AU road conditions. The hydro-elastic bush allows excessive compliance as its rubber element separates from the metal sleeve, particularly under the combined lateral and fore-aft loads of NZ roads. Failure causes a steering shimmy or wander felt through the wheel at 80-110 km/h, clunking over road joints, and tramlining on grooved surfaces. The condition is progressive: initial symptoms appear at 60,000-80,000 km but can accelerate rapidly on vehicles used on gravel or unsealed roads. Honda uses a pressed-in bush that requires a hydraulic press for replacement; incorrect DIY replacement often leaves the new bush misaligned.

The front wheel of a car splayed outward with the lower control arm hanging down after a ball joint separation.Example of the part — not this vehicle

A separated lower ball joint: the control arm has dropped and the wheel has splayed out under the guard.

Elfix · CC0 · Wikimedia Commons

Symptoms to notice

  • Steering shimmy or oscillation felt through steering wheel at 80-110 km/h
  • Vehicle wanders or follows road camber/grooves
  • Clunk from front suspension over sharp road joints or speed bumps
  • Increased steering effort or vague on-centre feel
  • Uneven tyre wear on front axle

What to check

Inspect the bush visually for rubber cracking or separation from the metal outer sleeve. Perform a wheel alignment check: worn inner bushes allow the alignment to shift under load, and a fresh alignment that immediately goes out is a tell-tale sign. Check both sides as they typically wear together. If a workshop inspection is possible: With the vehicle on a hoist, grasp the front lower control arm and apply firm fore-aft and lateral load by hand — any movement or clunk at the inner pivot bush location confirms failure.

Where to look: Front lower control arm, inner pivot bush, both sides of front subframe

Parts involved: Ball joint.

Ask the seller

  • “Has any clunking or shimmy been noticed from the front suspension at highway speed?”
  • “Have the front lower control arm bushes been inspected or replaced?”
  • “Has wheel alignment been performed and how recently?”
  • “Has the vehicle been used on gravel or unsealed roads regularly?”

05Hydraulic Power Steering Pump Seal Failure and Fluid Leak

Inspect the power steering fluid reservoir level and fluid condition.petrol1995–2012SuspensionRead the full fault: symptoms, where to look, what to ask the seller

06Front lower control-arm compliance bush cracking (clunk over bumps)

The front lower control arms use large rubber compliance (A-arm) bushings that are a known weak point on the second-generation CR-V.2001–2006SuspensionRead the full fault: symptoms, where to look, what to ask the seller

07Front subframe compliance bush collapse

Assess front tyre wear for unevenness.petrol2007–2012Suspension
OccasionalSuspension $450–$950 to fix

Does not apply

The RE-generation CR-V front subframe mounting bushings deteriorate, allowing subframe movement under braking and cornering load. Results in steering wander, front-end clunking over rough surfaces, and uneven tyre wear. Shares the same failure mode as the Accord CL/CM/CP subframe issue. Common on higher-mileage RE imports from 100,000 km.

Symptoms to notice

  • Clunking from front suspension over bumps and surface changes
  • Vague or floating steering feel during cornering
  • Uneven front tyre wear across tread width
  • Front-end instability under hard braking

What to check

  1. Assess front tyre wear for unevenness.
  2. If a workshop inspection is possible: Lift the vehicle and inspect subframe mounting bushes for cracking, separation, or collapse of the rubber.
  3. Check for subframe movement with a pry bar applied at mounting points.

Where to look: Front subframe, four mounting bushes at body attachment points

Ask the seller

  • “Has any front subframe or suspension work been done?”
  • “Any clunking or banging from the front suspension?”
  • “Has wheel alignment been checked recently?”

08Rear independent suspension trailing arm bush wear

Visually inspect trailing arm bush rubber for cracking, separation, and collapse.1996–2001Suspension
CommonSuspension $350–$700 to fix

Does not apply

The RD CR-V rear independent suspension trailing arm bushings deteriorate with age, causing rear wheel toe to shift under load and compromising handling stability. NZ-imported examples are particularly affected given their age and prior Japanese road use. Worn bushings cause rear wheel lateral play visible on a hoist and frequently result in WOF failure for excessive suspension movement.

Symptoms to notice

  • Rear-end instability or wandering under braking and cornering
  • Uneven rear tyre wear, particularly on inner edge
  • Clunking from rear suspension over bumps or dips
  • Rear wheel toe outside WOF specification on alignment check

What to check

Visually inspect trailing arm bush rubber for cracking, separation, and collapse. Assess rear tyre wear pattern. If a workshop inspection is possible: With the vehicle on a hoist, grip each rear wheel at 9 and 3 o'clock and check for lateral play.

Where to look: Rear trailing arms, forward and rearward mounting bushes on both sides

Ask the seller

  • “Has any rear suspension work been carried out?”
  • “When was wheel alignment last done and were any rear suspension components flagged?”
  • “Any rear-end instability or unusual tyre wear?”

09Sticky / stiff steering from faulty steering gearbox (recall)

Both the petrol and e:HEV 6th-gen CR-V are part of a large Honda recall for a defective steering gearbox.2023 onwardSuspension
CommonSuspension $0–$700 to fix

Does not apply

Both the petrol and e:HEV 6th-gen CR-V are part of a large Honda recall for a defective steering gearbox. An improperly produced worm wheel can swell with heat and moisture, thinning the grease film, while the worm-gear spring preload was set too high, together increasing sliding friction. Owners report the steering feels sticky, notchy or stiff, most noticeably at highway speed, which can make the car harder to control. The remedy is a free dealer replacement of the worm-gear spring and regreasing.

Symptoms to notice

  • Sticky or notchy steering feel
  • Steering stiffens or catches at highway speed
  • Extra effort needed to hold a straight line
  • Inconsistent steering resistance

What to check

Test-drive at open-road speed feeling for sticky or catchy steering, and confirm the steering gearbox recall (NHTSA 24V-744) has been completed by VIN through a Honda dealer.

Where to look: Steering gearbox / rack, front of vehicle

Ask the seller

  • “Has the steering gearbox recall (sticky steering) been done on this car?”
  • “Does the steering ever feel sticky or stiff at speed?”
  • “Was the worm-gear spring replaced under recall?”

10Rear drum brake self-adjuster seizure

Measure shoe thickness.1996–2001Brakes
CommonBrakes $200–$500 to fix

Does not apply

RD-generation CR-Vs use rear drum brakes with self-adjusting mechanisms that seize solid due to corrosion, preventing automatic shoe-to-drum gap adjustment. Results in increasing pedal travel and reduced rear braking effectiveness as shoes wear without compensation. Particularly prevalent in NZ where road moisture and grit accelerate corrosion. Often found completely seized on low-use or coastal vehicles.

Symptoms to notice

  • Excessive brake pedal travel with reduced rear braking feel
  • Handbrake requiring very high lever effort to hold on a slope
  • Grinding or scraping from rear when brakes are applied
  • Rear brake shoes worn to the backing plate on drum removal

What to check

  1. Measure shoe thickness.
  2. Assess drum inner surface for scoring.
  3. Verify handbrake cable condition and adjustment.
  4. If a workshop inspection is possible: Remove rear drums and inspect the self-adjuster mechanism for corrosion and seizure.

Where to look: Rear drum brake assemblies, both sides

Parts involved: Body corrosion.

Ask the seller

  • “When were the rear brakes last serviced or inspected?”
  • “Does the handbrake hold firmly on a reasonable slope?”
  • “Any change in brake pedal feel or travel over time?”

11Panoramic Sunroof Drain Blockage and Water Ingress

Pour a litre of water slowly around each corner of the sunroof seal and watch for drainage — no flow from under-car exit points indicates blockage.2017–2022Body & Rust
OccasionalBody & Rust $150–$1,200 to fix

Does not apply

The RW CR-V optional panoramic sunroof has four corner drain tubes routed down the A and C pillars to exit under the vehicle. Autumn leaf debris, road grime and degraded seal rubber progressively block these drains. Once blocked, rainwater backs up into the sunroof channel and overflows into the headliner and down the A-pillar trim, pooling on the front floor carpet and potentially reaching the footwell fuse boxes and TPMS/lane-keeping sensor wiring. Early signs are a musty cabin smell and faint water staining on the headliner above the driver or passenger; advanced cases result in soaked carpet, mould, and electrical faults from wet ECU connectors. NZ/AU high-rainfall regions see this fault regularly.

Symptoms to notice

  • Water dripping from headliner or A-pillar trim after rain
  • Wet or damp front floor carpet with no apparent external source
  • Musty or mouldy smell inside the cabin
  • Water staining on headliner fabric above front seats
  • Electrical warning lights appearing after wet weather

What to check

Pour a litre of water slowly around each corner of the sunroof seal and watch for drainage — no flow from under-car exit points indicates blockage. Check the front footwell carpet for dampness under the mat. Use a torch to inspect the headliner around the sunroof frame for staining. If a workshop inspection is possible: Remove the A-pillar trim and inspect for water tracks or mineral deposits.

Where to look: Panoramic sunroof frame drain channels — routes down A-pillars to underbody exits at sill level

Ask the seller

  • “Has water ever appeared inside the cabin after rain or a car wash?”
  • “Has there been any musty or damp smell inside the vehicle?”
  • “Have the sunroof drains been cleared or the sunroof seals replaced?”
  • “Has the headliner or A-pillar trim ever been removed for any reason?”
Fluid leaks1

01K-Series VTEC Spool Valve Gasket Oil Leak

With engine cool, inspect the top rear of the cylinder head around the VTEC solenoid assembly for oil seepage.petrol2002–2006Fluid Leaks
CommonFluid Leaks $80–$250 to fix

Does not apply

The VTEC spool valve (solenoid) fitted to K20A4 and K24A1 engines uses a rubber gasket that hardens with heat cycling and age. The gasket fails at the mating face between the solenoid body and the cylinder head, allowing engine oil to seep externally. While not initially severe, ignored leaks lead to low oil levels, and fluid dripping onto hot exhaust components is a fire risk.

Symptoms to notice

  • Oil residue at top rear of cylinder head near solenoid
  • Burning oil smell from engine bay after driving
  • Gradual oil level drop between services
  • Oil staining on cam cover and surrounding area

What to check

With engine cool, inspect the top rear of the cylinder head around the VTEC solenoid assembly for oil seepage. Distinguish fresh wet oil from old baked residue — fresh oil indicates an active leak. Check underneath the solenoid for oil staining running down the block. A replacement solenoid gasket is inexpensive and straightforward to fit.

Where to look: Top rear of cylinder head, VTEC solenoid assembly

Parts involved: Cylinder head.

Ask the seller

  • “Has any oil leak been identified on the engine?”
  • “Has the VTEC solenoid gasket been replaced?”

Honda CR-V faults in detail

Narrowed to the Honda CR-V · 2014. 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.

Rear DPS Differential Clutch Pack Failure from NeglectMajor · Transmission

Compare the Honda CR-V

What these repairs cost on other cars

Some of the Honda CR-V’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 CR-V

Other Honda models

Honda Accord55 documented faultsHonda Jazz51 documented faultsHonda Odyssey45 documented faultsHonda Fit42 documented faultsHonda Civic39 documented faultsHonda StepWGN31 documented faults

Honda CR-V buyer questions

Is the Honda CR-V reliable?

Like any used car, it depends on the specific example and its service history. Across the 59 documented faults for the Honda CR-V, the recurring problem areas are electrical, engine, and transmission. A Honda CR-V 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 CR-V?

We've catalogued 59 known faults for the Honda CR-V, covering electrical, engine, and transmission. All 59 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 CR-V?

Most single repairs on the Honda CR-V fall between $350–$1,400 at NZ independent-workshop rates. Some of the 59 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 CR-V?

Yes. A Honda CR-V 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.