Honda FR-V: common faults & what to check

Which Honda FR-V are you looking at?

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

Engine not documented

1 variant documented

2004–2009BE2004–2009BEEngine not documented for this generationEngine not documentedDocumented issues8 knownSee faults & what to checkPhoto: Vauxford via Wikimedia Commons, CC BY-SA 4.0.

Now narrow it to the engine

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

Start your free check on this Honda FR-V

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

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

• Costly issue

  Watch for: DPF warning lamp illuminated on the instrument cluster, often accompanied by the engine management light.

  See why

  N22A i-CTDi DPF Blockage and Failed Regeneration

  The Diesel Particulate Filter fitted to the N22A engine captures soot from combustion and relies on periodic passive regeneration during sustained high-load motorway driving to burn off accumulated particulate matter. Vehicles used predominantly in urban or short-trip driving never reach the exhaust temperatures required for passive regeneration, causing the filter to exceed its safe soot load threshold and triggering forced active regeneration attempts that also fail if the journey is too short.

  What you would notice

  • DPF warning lamp illuminated on the instrument cluster, often accompanied by the engine management light
  • Engine enters limp mode with power noticeably restricted
  • Fuel consumption rises sharply as the ECU injects post-combustion fuel to raise exhaust temperature for regeneration
  • Excessive white or acrid-smelling smoke during attempted regeneration cycles

  Typically $500–$4,500 to put right.

• Costly issue

  Watch for: Rear-end instability or lateral wandering at speeds above 80 km/h.

  See why

  Rear Multi-Link Suspension Bush Collapse

  The Honda Edix uses a rear multi-link suspension geometry engineered to maximise interior floor space for the three-abreast seating configuration, which places the suspension pickup points in compromised positions compared to a conventional layout. The rubber bushes in the rear lateral and trailing arms harden, crack, and eventually collapse under cyclic loading, causing toe-angle changes that produce instability at highway speed and abnormal inner-edge tyre wear.

  What you would notice

  • Rear-end instability or lateral wandering at speeds above 80 km/h
  • Rapid or uneven wear on the inner edge of rear tyres
  • Knocking or thudding from the rear suspension when driving over rough surfaces

  Typically $800–$2,000 to put right.

• Costly issue

  Watch for: Engine management warning light with stored P0401 or P0404 fault codes.

  See why

  N22A i-CTDi EGR Valve Carbon Clogging

  The N22A 2.2 i-CTDi diesel engine recirculates exhaust gases through an EGR valve to reduce NOx emissions, but the high soot content of diesel combustion causes progressive carbon accumulation on the valve seat, stem, and inlet passages. As deposits build, the valve sticks open or fails to modulate correctly, upsetting the air-to-fuel ratio and triggering fault codes; left unaddressed, it can cause the EGR cooler to overheat and crack.

  What you would notice

  • Engine management warning light with stored P0401 or P0404 fault codes
  • Rough idle and hesitation under light throttle, particularly when the engine is warm
  • Visible black smoke from exhaust during acceleration
  • Increased fuel consumption with no other identified cause

  Typically $300–$1,500 to put right.

• Costly issue

  Remove calipers and extract guide pins to test for free sliding movement by hand.

  See why

  Brake Caliper Guide Pin Seizure

  The sliding brake calipers on the Honda Edix rely on lubricated steel guide pins passing through rubber dust boots to allow the caliper to float and apply even clamping force to both brake pad surfaces. When the boots perish or tear due to age and heat cycling, moisture and road salt contaminate the pin and its bore, causing corrosion that progressively seizes the pin in place. A seized guide pin prevents the caliper from retracting after braking, causing continuous pad-to-rotor contact, accelerated pad and rotor wear, brake fade, and potential wheel bearing heat damage.

  What you would notice

  • Inner brake pad worn significantly faster than the outer pad on the same axle
  • Pulling to one side under braking as one caliper drags while the other releases freely
  • Burning smell or visible smoke from a single wheel after normal driving, indicating a dragging caliper

  Typically $150–$900 to put right.

• Costly issue

  Watch for: Audible clunking or knocking from the front suspension when traversing speed bumps or potholes.

  See why

  Front Lower Control Arm Ball Joint Wear

  The front lower control arm ball joints on the Honda Edix are integral pressed units that bear vertical and lateral loading from cornering and braking forces. With age and exposure to road contamination, the rubber dust boot perishes and allows moisture and grit to enter the joint, accelerating wear of the ball and socket surfaces until measurable play develops. Excessive play directly compromises front wheel alignment geometry, particularly camber and caster, creating a progressive safety risk.

  What you would notice

  • Audible clunking or knocking from the front suspension when traversing speed bumps or potholes
  • Uneven front tyre wear, particularly on the inner edge
  • Vague or imprecise steering feel with the vehicle pulling under braking

  Typically $350–$900 to put right.

• Costly issue

  Connect a calibrated mechanical oil pressure gauge to verify actual system pressure before condemning the sensor.

  See why

  K20A i-VTEC Oil Pressure Sensor Failure

  The oil pressure switch on the K20A 2.0 i-VTEC engine is a thermally stressed component that experiences repeated heat soak and cool-down cycles, causing the sensor diaphragm and internal contacts to fatigue and fail. A faulty sensor typically generates false low-pressure warnings even when measured mechanical oil pressure is within specification, but the same warning light can also mask a genuine loss of oil pressure if the driver becomes conditioned to ignoring it.

  What you would notice

  • Oil pressure warning light illuminates at idle or during normal driving with correct oil level on the dipstick
  • Warning light may flicker intermittently then extinguish at higher engine speeds
  • Small oil seep visible around the sensor body where it threads into the block

  Typically $80–$250 to put right.

What these repairs cost on other cars

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

• DPF Repair and Replacement Cost
• EGR Valve and Cooler Repair Cost

Other Honda models