Exhaust & emissionsHigh
DPF blocking on vans used mainly for short urban journeys
- Typically appears
- 60,000+ miles
- What to inspect
- Check for regeneration warning lights and ask about usage patterns
2017–2025 Volkswagen Crafter · common problems & known faults
A heavy-duty van built for hard commercial use, where DPF and EGR issues from stop-start work are the biggest cost risk for buyers.
Compiled & reviewed by the VehicleFaults Research Team · last reviewed August 2026
Quick answer
The most commonly reported faults on the 2017–2025 Volkswagen Crafter are DPF blocking on vans used mainly for short urban journeys, Coolant loss and potential overheating caused by premature water pump failure and EGR valve fouling causing rough running and warning lights. 2 of the documented issues are rated high severity · inspect these first. Full inspection points, onset mileage and what to check are listed below.
Reliability snapshot
Based on the documented faults on this page for the Volkswagen Crafter.
5.2/ 10
- Critical
- 0
- High
- 2
- Medium
- 4
- Low
- 2
Guidance only · reflects reported patterns, not a specific car's condition.
Volkswagen Crafter problems by year
Which faults an average example has usually reached depends on its age. Pick a model year for the faults that matter on that build.
Known faults to check
EngineMedium
EGR valve fouling causing rough running and warning lights
- Typically appears
- 70,000+ miles
- What to inspect
- Check for hesitation under load and stored fault codes
SuspensionMedium
Rear leaf spring and bush wear on heavily loaded vans
- Typically appears
- 80,000+ miles
- What to inspect
- Check ride height unladen and inspect bushes for perishing
ElectricalLow
Instrument cluster and warning light glitches
- Typically appears
- Age-related
- What to inspect
- Check all dashboard warning lights extinguish correctly at start-up
BodyworkMedium
Load area floor and door corrosion from commercial use
- Typically appears
- Age-related
- What to inspect
- Inspect load floor, rear doors and sills for rust and impact damage
Engine coolingHigh
Coolant loss and potential overheating caused by premature water pump failure.
- Typically appears
- 50,000-80,000 miles
- What to inspect
- Shine a torch down the left side of the engine block below the cambelt cover to check for pink, crusty dried coolant residue.
DrivetrainMedium
Metallic rattling at idle and vibration through the pedal due to Dual Mass Flywheel (DMF) wear.
- Typically appears
- 70,000-100,000 miles
- What to inspect
- Start the engine from cold, leave it in neutral, and listen for a clattering sound. Lightly depress the clutch pedal to feel for excessive pulsation.
Body exteriorLow
Side loading door dropping, scraping, or failing to latch due to worn lower roller bearings.
- Typically appears
- 60,000-90,000 miles
- What to inspect
- Slide the side door fully open and closed. Feel for grinding resistance and inspect the bottom runner track for metal shavings or deep scoring.
Inspecting a Volkswagen Crafter?
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Check this exact carFrequently asked questions
Is DPF blocking common on the Crafter?
Yes, especially on vans used for short urban runs rather than motorway miles.
What should I check on a used Crafter?
Full service history, DPF regeneration history and evidence of regular oil changes are essential.
Does the Crafter suffer bodywork damage?
Commercial use means dents and corrosion in the load area are common, so inspect thoroughly.
Is the Crafter reliable if maintained well?
Yes, it is generally robust provided servicing intervals and DPF care have been kept up.
What is the cambelt replacement interval on the 2.0 TDI Crafter?
Volkswagen officially recommends replacing the cambelt every 140,000 miles. However, UK specialists strongly advise changing it at 80,000 miles or five years, whichever comes first. Always replace the water pump simultaneously, as premature pump leaks are a documented weakness on the EA288 commercial engine.
Are there specific issues to watch for on rear-wheel-drive Crafter variants?
Rear-wheel-drive models feature a longitudinal engine layout and a prop shaft that requires physical inspection. Check the centre support bearing for perishing rubber and listen for a low-frequency drone at dual-carriageway speeds. RWD variants also consume rear brake pads slightly faster than front-wheel-drive models when heavily laden.
Sources & further reading
Faults are compiled from documented recalls, technical bulletins, owner reports and mechanic sources, then reviewed for accuracy. This is guidance only · not a substitute for a professional inspection.