2010 Volkswagen Crafter 2.5L Diesel · ML60 VST

A mechanically unremarkable but reassuringly consistent MOT profile defines this Volkswagen Crafter, which has demonstrated straightforward roadworthiness across its recorded testing history. The vehicle successfully completed an MOT on 13 March 2024 with no defects or advisories recorded, continuing a pattern established by its previous pass on 14 March 2023 and earlier still on 14 March 2022. The presence of immediate re-tests on the same dates as the 2023 and 2024 passes reflects standard DVSA procedure rather than mechanical concern, typically occurring when minor items are addressed between initial inspection and retest, and the clean defect record across all three annual tests indicates no recurring component failures, structural deterioration, or emissions concerns have been flagged by testers. For a commercial-derived vehicle of this age, this unbroken sequence of clean passes is a positive indicator that the braking, suspension, lighting, and exhaust systems have remained within specification without intervention. Recorded mileage of 159,905 miles across approximately sixteen years equates to an annual accumulation of roughly 9,994 miles, which sits comfortably within typical expectations for a working light commercial vehicle of this type. The Crafter is commonly utilised for urban delivery, trades work, or fleet operations where consistent daily mileage is the norm rather than the exception, and this rate of use suggests the vehicle has likely remained in regular service rather than suffering prolonged periods of standing. This continuous usage pattern is mechanically beneficial in many respects, as regular operation keeps seals, bearings, brake components, and the diesel particulate filter functioning as intended, and avoids the corrosion, fluid degradation, and drivetrain issues commonly associated with vehicles left dormant for extended intervals. There are no apparent gaps in testing history within the provided records, indicating continuous road use throughout the recorded period. From a buyer's perspective, the absence of any recorded advisories over multiple test cycles means there is no specific component history flagged for investigation, though the high overall mileage still warrants targeted inspection of the usual wear items expected on a diesel van approaching 160,000 miles. Particular attention should be paid to the condition of the rear leaf springs, parabolic suspension bushes, and shock absorbers, as commercial vehicles carrying payload routinely throughout their life typically show wear in these areas even without advisories being raised. On a test drive, listen for clonking or knocking noises over uneven surfaces, which would suggest worn suspension bushes or deteriorating anti-roll bar linkages, and pay close attention to any pulling to one side under braking, which can indicate binding calipers or unevenly worn front brake discs given the high mileage accumulation. The braking system, steering, and drivetrain should also be evaluated through practical checks beyond what MOT testing alone can reveal. With the engine at operating temperature, monitor the exhaust for excessive smoke under load, particularly blue-tinged smoke which would indicate oil consumption from worn piston rings or valve guides, or black smoke suggesting injector or turbocharger issues. The clutch should be tested on a hill to confirm smooth engagement without slipping or juddering, and the steering should be checked for excessive play or vagueness around the straight-ahead position, which can indicate worn track rod ends or steering rack wear. Finally, given the working vehicle origins of most Crafters of this age, a thorough inspection underneath the vehicle for any underseal hiding corrosion, evidence of fluid leaks from the engine, gearbox, or axle seals, and the condition of the rear floor and structural outriggers is strongly advisable before purchase, as commercial use often accelerates wear in areas that MOT testers cannot fully evaluate from the standard test position.