2011 Volkswagen Crafter 2.5L Diesel · LB11 HLH

This Volkswagen Crafter presents an unusually clean DVSA record for a high-mileage commercial vehicle, with every test from 2023 onwards returning a straightforward pass and no advisories or component defects recorded at all. The sole anomaly is a duplicate test entry on 4 March 2024, where a pass and a fail are recorded on the same date with no defect details logged against the failure; in practice this typically represents a same-day retest after a minor issue was rectified off-site rather than a significant mechanical concern, but it is worth confirming with the seller what repair was carried out between the two entries. Across three consecutive passes spanning 2023, 2025 and the most recent test on 23 February 2026, no wear items have been flagged by the inspecting station, which suggests the vehicle has either been maintained to a high standard or has simply not yet reached the threshold at which typical Crafter weak points become MOT-visible. The absence of recorded corrosion, brake pipe advisories, suspension component wear or exhaust concerns is notable for a vehicle of this age, but it is equally important to recognise that the MOT is a snapshot of safety and emissions compliance rather than a comprehensive mechanical health check. With 136,716 miles accumulated over approximately fifteen years, the Crafter is averaging around 9,114 miles per year, which is broadly proportionate for a working van of this type and indicates regular rather than sporadic use. There are no extended gaps between tests that would suggest long periods off the road, and the consistent annual testing pattern implies the vehicle has remained in active service throughout its life. Mechanically, this mileage profile is relevant because Crafter chassis, drivetrain and commercial-grade components are engineered for sustained high loading and distance, so well-maintained examples at this odometer reading will typically have already had major consumables such as clutches, dual-mass flywheels, water pumps, timing belt kits and turbochargers refurbished or replaced. Conversely, the relatively continuous usage means wear-related issues like injector leak-back, EGR valve carbon build-up, dual-mass flywheel rattle and DMF-related judder on take-off are commonly encountered at this mileage band even when the MOT record itself is clean. Buyers should also be aware that 136k miles is the sort of figure at which mid-life refreshes of major drivetrain and suspension components are either imminent or already overdue, regardless of what the MOT paperwork suggests. Because the MOT history does not flag any specific components, buyer guidance has to focus on the known mechanical vulnerability points of the 2.5 or 2.0 TDI Crafter platform at this mileage. On a test drive, listen carefully for any rattle or clonk from the bell-housing area when releasing the clutch in neutral, as well as vibration through the pedal under load, both of which are classic dual-mass flywheel symptoms. Cold starts should be smooth without excessive smoke, and the engine should not exhibit a pronounced rattle from the timing chain area on initial cranking, as the later 2.0 TDI units are known for chain stretch issues. Steering should feel tight with no knocking over speed humps or during full-lock manoeuvres, as Crafter front suspension arms, anti-roll bar bushes and drop links are consumable items at this mileage even though none were flagged. The clutch should take up positively without slipping under load, and the gearbox should select all ratios cleanly without a notchy feel, particularly when warm. Given the commercial use profile, the underside and load area warrant particular physical inspection. Look for signs of fluid leaks from the engine, power steering rack and front diff area when viewing from underneath, as Crafter steering racks are prone to seepage at this age. Inspect the brake discs and pads visually through the wheels for wear, and check for any binding or uneven pull under braking, as commercial vans carrying heavy payloads frequently suffer from uneven rear pad wear. The rear suspension leaf springs and their mounting points should be examined for cracks, sagging or corrosion, and the subframe and outriggers checked for any structural rust that would be more meaningful than the MOT record alone might suggest. Finally, verify that all warning lamps extinguish promptly after start-up, that the DPF has no stored regeneration issues, and obtain evidence of the timing belt replacement interval and any major drivetrain work, since at 136k miles these are the items that most directly determine whether this clean MOT record reflects genuine mechanical health or simply an absence of items flagged at the point of test.