2013 Volkswagen Transporter 2.0L Diesel · SC62 KXZ

This Volkswagen Transporter presents a notably clean MOT history, with the most recent test on 29 April 2025 recording a pass with no advisories or defects flagged against the vehicle. An interesting anomaly appears on the same date, with both a pass and a fail recorded within the same day, though neither entry specifies any defects, which typically suggests a minor administrative or retest event rather than a substantive mechanical issue. Looking back through the available DVSA records, the vehicle has passed every annual test since at least 2022, each time without any advisory notes concerning tyres, brakes, suspension, corrosion, or exhaust components. The absence of recurring advisories is particularly meaningful for a thirteen-year-old commercial-derived vehicle, as T5-generation Transporters are commonly flagged for rear axle corrosion, suspension bush wear, and front brake disc lip formation at this age. The spotless advisory record suggests that, at least at the point of each test, the vehicle has not yet exhibited the kind of progressive wear that typically draws examiner attention. The recorded mileage of 173,659 miles against a thirteen-year registration equates to an annual accumulation of roughly 13,360 miles, which is notably high for this age bracket and indicates the vehicle has likely seen sustained, regular working use rather than periods of inactivity. There is a roughly thirteen-month gap between the March 2024 and April 2025 tests, which corresponds to an increase of approximately 14,000 to 16,000 miles over that interval depending on prior readings, suggesting consistent high-utilisation use throughout that period. For a Transporter of this mileage, mechanical expectations shift away from corrosion-related failures and towards fatigue-based wear on rotating and suspension components. The high annual mileage places greater cumulative stress on the clutch, dual-mass flywheel if applicable, turbocharger, engine mounts, and gearbox mounts, none of which are examined at MOT but all of which become material considerations at this odometer reading. Equally, brake discs and pads will have been replaced or machined several times over the vehicle's life, and steering rack wear becomes increasingly probable beyond the 150,000-mile mark on T5 platforms. Given the clean advisory record, a prospective buyer cannot rely on the MOT history to shortlist specific components needing attention, so a thorough physical inspection becomes especially important. On a test drive, listen carefully for any clonking or knocking from the front suspension over uneven road surfaces, which would indicate worn lower control arm bushes, anti-roll bar drop links, or top mount bearings, all of which are known wear items on this platform and would not necessarily trigger a test failure until the deterioration becomes pronounced. When applying the brakes from moderate speed, feel for any vibration through the pedal or steering wheel, which would point to warped front discs, and listen for any grinding or scraping suggesting worn pads running against scored discs. Pay particular attention to any pulling to one side under braking, which on a T5 can indicate a binding or seized rear caliper slider rather than a hydraulic fault. At low speed, check for any clonking through the steering as the wheel is turned from lock to lock, a common symptom of worn tie rod ends or steering rack mounting bushes. Inspect the rear underside for any corrosion around the lower tailgate hinge areas and around the rear axle beam mounting points, as Transporter rear floors can surface rust well before it becomes structurally significant. Finally, given the high mileage, the buyer should also evaluate items that fall outside MOT scope but are critical at this odometer reading. Check for any clutch slip under load in fourth or fifth gear, listen for any rattle from the dual-mass flywheel on idle release, and observe whether the engine pulls cleanly through the full rev range without any hesitation or excessive smoke from the exhaust, particularly under hard acceleration which would indicate turbocharger wear. Inspect the engine and gearbox for any signs of oil seepage from the cam chain tensioner area, sump, and rear main seal, as these are typical high-mileage leak points on the 2.0 TDI engines commonly fitted to this generation. Confirm that the gearbox selects all gears smoothly without any notchiness and that the propshaft universal joints and centre bearing show no play when the vehicle is raised. With the MOT history itself offering no specific defects to investigate, the purchase decision rests on a comprehensive mechanical inspection of these high-mileage wear components and a thorough road test, ideally with the vehicle placed on a ramp for a visual underbody survey to confirm there is no hidden corrosion or component wear developing beneath the surface.