2014 Volkswagen Caddy 1.6L Diesel · OE14 XHX

The 2014 Volkswagen Caddy presents a mechanical profile characterised by recurring advisories and a single major failure over its recent service history, with the most recent MOT conducted on 2026-01-20 resulting in a pass despite a troubled trajectory. Two distinct failure events stand out against otherwise clean intervals: a major suspension arm failure in September 2023 involving excessive wear of the offside front suspension arm pin and bush, and a series of advisory flags spanning 2021 through 2024 concerning the front anti-roll bar linkage ball joint and repeatedly damaged rear tyres. While the January 2026 test cleared the vehicle, the persistence of these issues across multiple years and the occurrence of a substantial failure in 2023 indicate that underlying mechanical degradation has progressed rather than stabilised, making the current pass result less reassuring than a straightforward clean record would suggest. Regarding usage patterns, the vehicle has logged 139,280 miles since its 2014 production date, which translates to approximately 11,600 miles per annum—a rate consistent with normal ageing for a twelve-year-old passenger van. However, the interval between the last confirmed clean MOT in September 2022 and the subsequent failure in September 2023 represents a six-month window during which significant deterioration likely occurred, and the gap between the 2024-09-02 pass and the January 2026 pass spans nearly thirteen months without intermediate testing. This extended period without an MOT does not rule out continued wear progression, especially given the nature of the failures documented. The combination of high annual mileage and the recurrence of tyre damage and suspension linkage issues points toward accelerated consumption of critical components such as tyres, anti-roll bar assemblies, and suspension fasteners under sustained load. The anti-roll bar linkage ball joint has shown persistent play across two separate MOT examinations, and the symptoms on test drive would manifest as a rhythmic knocking or thudding noise over bumps, particularly noticeable when the vehicle encounters potholes or rough pavement surfaces. Listening closely while driving will help identify whether the knocks are isolated or compound with vibration. Equally important is the condition of the rear tyres, which have been flagged as damaged or cracking in the 2024 MOT and previously as worn close to legal limits in 2021 and 2022; these should be inspected for uneven wear, sidewall bulging, and adequate tread depth, as compromised tyres affect handling and safety. Additionally, the 2023 major failure involving the offside front suspension arm pin and rear bush warrants checking for visible looseness or excessive play in the upper control arm assembly, as this component governs wheel alignment and ride quality throughout the suspension travel. For a prospective buyer, a thorough pre-purchase inspection should prioritise the anti-roll bar linkage, paying particular attention to any audible or tactile play during cornering and acceleration. The rear tyres require a full visual and physical assessment—look for cracks, separations, or areas of severe peeling that could indicate deeper subframe corrosion or structural fatigue. Brake system functionality should also be verified given the proximity of a failed MOT, though the records do not specifically cite brake-related failures. Because the car passed its most recent MOT in January 2026, any residual issues from earlier failures may still be present, so confirming that the reported faults have been fully rectified before committing to purchase is essential. Ultimately, while the vehicle is currently roadworthy according to the latest test, the documented pattern of recurrent mechanical advisories and a single major failure suggests that ongoing monitoring and potential repair costs could materially impact ownership economics.