2017 Volkswagen Golf 2.0L Diesel · MA67 CSV

Recurring tyre wear patterns and consistent brake component degradation define the mechanical history of this Volkswagen Golf, which successfully passed its most recent MOT on 16 April 2026 following a minor failure regarding headlamp alignment. While the vehicle has maintained a path to certification, the persistence of front tyre edge wear across multiple consecutive years suggests a potential underlying issue with wheel alignment or suspension geometry that has not been fully rectified. The record indicates a stable but high-frequency consumption of consumables, with brake discs and pads frequently flagged as reaching their service limits, necessitating a close inspection of the current braking performance. Accumulating 117,062 miles over nine years results in an average annual usage of approximately 13,007 miles, a rate that indicates consistent, high-intensity operation rather than intermittent or short-trip cycles. This level of mileage places significant demand on the drivetrain, suspension bushes, and steering components, which are subject to greater fatigue than in lower-mileage examples. Prospective buyers should note that the vehicle has been tested annually without significant gaps, confirming that the high mileage has been accrued through steady usage, which typically leads to accelerated wear on rotating parts and joints that may now be nearing the end of their design life. Given the repeated advisories regarding front tyre edge wear, the test drive must include a check for steering pull or vibration at motorway speeds, as these are primary indicators of tracking misalignment or worn suspension linkages. When braking firmly on a clear road, monitor the pedal for any judder or pulsing, which would corroborate the previous history of pitted and scored brake discs. Furthermore, as the MOT record frequently mentions front brake pads wearing thin, ensure there is no metallic scraping or grinding noise during deceleration, as this would signal that the friction material has been entirely exhausted. The previous failure related to the tyre pressure monitoring system indicates that the vehicle relies on electronic sensors that may be prone to faulting or requiring recalibration. During the inspection, verify that the dashboard warning lights cycle through their self-test sequence upon ignition and extinguish correctly, ensuring no latent electronic faults remain. Finally, because plastic under-trays have historically obscured the vehicle's underside, you should request that these be removed or use a torch to inspect for any signs of oil misting or weeping from the engine and gearbox, as these areas have not been consistently visible during past inspections.