2009 Volkswagen Caravelle 2.5L Diesel · OY09 KPT

A consistent theme running through this Caravelle's MOT history is the gradual but persistent degradation of its tyres, with cracking or perishing advisories appearing on three separate tests across 2021, 2023, 2024 and 2025, covering both front and rear axles on each side. Despite these recurring advisories, the vehicle has never failed an MOT, with the most recent test on 25 March 2026 recording a clean pass and no defects at all. The single minor defect in the entire seven-test sequence was a nearside registration plate lamp in 2023, which is a trivial electrical item rather than a structural or mechanical concern. Overall, the roadworthiness trend is stable, but the chronic tyre issue is a recurring cost line rather than a one-off and is worth factoring into ownership projections. The recorded mileage of 56,060 miles across 17 years equates to an average of around 3,300 miles per year, which is notably low for a vehicle of this type, particularly a Caravelle which is often used for towing, family transport or commercial shuttle duties. There is a notable testing gap between July 2018 and October 2020, with no MOT recorded during that two-year period, which raises the possibility the vehicle was either off the road, used very sparingly, or possibly used in a way that did not require an MOT such as off-road or on private land. The mileage recorded between 2018 and 2026 is not given in the data, so it is not possible to verify whether there was any large jump or if the odometer reading has remained largely static. Low annual mileage of this nature typically results in reduced wear on high-mileage items such as brake discs, clutch and engine internals, but it can bring its own concerns, particularly around ageing rubber components, corrosion in less-used cavities, and potential issues with seals drying out on drivetrain and suspension parts that have seen little active use. A prospective buyer should pay particular attention to the suspension and underbody condition, given the low accumulated mileage and the age of the vehicle. Components such as anti-roll bar bushes, drop links, ball joints and the rear torsion beam should be inspected for perishing or surface corrosion, and a test drive over uneven surfaces should be carried out to listen for clonks, knocks or excessive vibration that could indicate tired rubber or worn linkages. The brakes should be checked for binding, particularly on a vehicle that may have stood for extended periods, and the condition of the brake fluid and any visible flexible brake pipes should be examined for cracking. The rear axle and exhaust mounting areas are common corrosion hotspots on T5-platform Volkswagens of this era, so a thorough underbody examination or a borescope check of structural seams is advisable. The recurring tyre cracking advisories warrant specific attention, as they suggest the rubber compound is ageing faster than mileage alone would typically cause, possibly due to prolonged UV exposure on a lightly used vehicle or simply the natural degradation of tyres that are now several years old. On a test drive, the vehicle should be assessed for any pulling under braking, uneven tyre wear indicating geometry issues, and any shudder through the steering wheel that might suggest warped front discs from infrequent use. The diesel powertrain, if fitted, should be checked for oil leaks from the cam chain area and any signs of EGR or DPF concerns, while the sliding side door mechanism and rear tailgate hinges are known wear points on the Caravelle body style and should be operated fully to confirm smooth function. Finally, given the extended testing gap in the earlier history, it would be prudent to confirm continuous keeper records and check for any outstanding manufacturer recalls or known T5 chassis concerns before committing to purchase.