2017 Volkswagen Transporter 2.0L Diesel · CX67 PYL

The 2017 Volkswagen Transporter presents a stable maintenance trend, culminating in a clean pass on 13 August 2025 at 47,375 miles with zero defects recorded. This current roadworthiness status remains highly favourable, indicating no immediate mechanical or structural concerns at the time of its most recent inspection. The vehicle has consistently passed its annual assessments, demonstrating a reliable baseline of operational integrity. The recorded mileage aligns with exceptionally low usage for a nine-year-old commercial vehicle, averaging approximately 5,264 miles annually. Between the August 2023 test at 33,088 miles and the July 2024 test at 40,552 miles, the van covered 7,464 miles, followed by a further 6,823 miles over the subsequent twelve months leading to the August 2025 test. This consistent accumulation pattern suggests regular, light-duty operation rather than prolonged periods of standing, which mitigates the risk of deterioration from disuse. Despite the absence of logged defects, the MOT record features two unexplained failures on 9 August 2025 and 25 July 2024, both immediately rectified and passed on the same or following day without any recorded remedial work. A fail with no defects typically indicates an incomplete test, possibly due to an illuminated engine management light, insufficient fluid levels, or an inability to engage drive for the rolling road. A buyer must interrogate these specific failures, checking for persistent fault codes, exhaust emissions irregularities, or fluid leaks that might have prevented the initial tests from proceeding. Furthermore, a physical inspection should focus on the structural integrity of the chassis and suspension components. Low-mileage vans often suffer from deteriorated rubber bushes and corroded brake discs caused by sitting stationary rather than wear from use. Inspect the condition of the brake calipers for signs of binding, the coil springs for corrosion, and the undercarriage for surface rust that could compromise structural longevity.