2002 Volkswagen Transporter 2.5L Diesel · AF52 HDV

The most recent MOT test on 27 October 2025 resulted in a pass, but it should be noted that the same date also carries a failed entry, indicating that the vehicle was initially presented with major defects, was repaired or rectified, and then returned for a re-test within the same day. The advisory items recorded alongside both entries are consistent and relate to bodywork corrosion on the outer and inner sills at the suspension mounting areas, an oil leak from the front of the engine, pitted rear brake discs, and a corroded nearside front brake pipe. Evaluating the longer term trend, the maintenance pattern is unambiguously worsening rather than stable. The 2022 test was a clean pass with no advisories, the 2023 entry shows a dangerous parking brake failure and substandard service brake efficiency, the 2024 entry shows significant structural corrosion across multiple suspension mounting points plus an exhaust leak, and the 2025 entry shows those same corrosion issues have now been classified as major on the offside rear. The repetition of structurally significant advisories across consecutive tests, combined with their escalation to major failure status, indicates progressive body corrosion rather than isolated wear. Recorded mileage of 225,885 miles across approximately 24 years equates to an average of around 9,412 miles per year, which is broadly typical for a working Transporter of this era and suggests the vehicle has seen consistent use rather than long periods of standing. The MOT history does not reveal any extended gaps in testing, and the mileage consistency implies regular driving, which is generally favourable for preventing issues such as seized brake calipers, perished coolant hoses, and differential or gearbox oil degradation through lack of use. However, the mileage is high in absolute terms, and for a Volkswagen Transorter platform of this vintage, attention should be directed to wear-related items on the drivetrain, suspension bushes, clutch actuation, dual mass flywheel condition if manual, and turbocharger function if diesel. High mileage combined with the recorded corrosion findings suggests the vehicle has been used in conditions conducive to underbody oxidation, possibly wet winters or coastal roads. A prospective buyer should pay particular attention to the recurring structural corrosion advisories. The references to small holes in the outer and inner sills at the suspension mounting prescribed areas are early stage findings that will inevitably progress, and the offside rear sill has already been categorised as excessively corroded with reduced strength on the failed entry. A physical inspection should look for bubbling paint, surface rust, and any fresh welding or underseal repairs on the sills, chassis legs, and around the suspension turrets. On a test drive, listen for suspension knocks or clonks over bumps, which could indicate corroded mounting points or worn bushes, and watch for any steering vagueness or clonking through the rack, especially given the major defect recorded for the offside front steering rack gaiter, which if left unrectified will allow contamination of the rack and accelerated wear. The front oil leak, although classed as not excessive, should be monitored by checking for fresh residue on the underside and the oil level between services, paying attention to whether it originates from the camshaft seal, sump gasket, or front crankshaft seal on this engine family. The brake-related advisories warrant specific attention before purchase. Pitting and scoring on the rear brake discs reduces effective braking, particularly in wet conditions, and may necessitate disc replacement rather than simply a pad change. The nearside front brake pipe being covered in grease or other material can mask active corrosion, and brake lines of this age are highly susceptible to internal scaling and external rust, so a thorough inspection underneath for any seepage or swelling of the brake hoses and rigid lines is essential. The 2023 failure for parking brake efficiency and service brake performance suggests the rear caliper mechanisms, handbrake cables, or adjuster should be checked for free operation and full travel. Additionally, given the 24 year age of the vehicle regardless of mileage, consider replacement of age-related service items including the 12V battery, coolant, brake fluid, and check the timing belt or cam belt service interval compliance if petrol, or the cambelt on diesel variants, along with a compression test if any mechanical concerns arise. Tyres should be examined closely for sidewall cracking and perishing common to older rubber compounds, even where tread depth remains adequate.