2017 Volkswagen Touareg 3.0L Diesel · JO10 BER

A clear mechanical narrative emerges from the MOT record of this 2017 Volkswagen Touareg, centred on a run of largely untroubled tests punctuated by a cluster of advisories at the most recent examination on 5 January 2026. The vehicle passed every annual test from August 2020 through January 2025 without a single advisory or failure recorded, including a re-test on 18 January 2025 following an earlier tyre-cut failure, demonstrating consistent baseline roadworthiness over five consecutive examinations. The 2026 test, however, marked a departure from that pattern: while the result remained a pass, the tester logged advisories for worn front and rear brake discs, worn lower arm rear bushes on both front corners, and a minor for an under-inflated rear tyre obscured by a child seat. The combined emergence of suspension, braking and tyre-related observations in a single visit suggests that components which had previously gone unflagged are beginning to register wear, warranting close attention from any prospective purchaser even though no item has yet crossed the threshold for a fail. The recorded mileage of 48,622 miles over a nine-year registration period equates to an annual accumulation of roughly 5,400 miles, which is low for the vehicle's age and indicates either limited regular use or extended periods of inactivity. Testing has remained consistent on an annual basis, with no gaps exceeding the standard twelve-month MOT cycle, so there is no recorded period of continuous lay-up that would typically trigger concerns about seized brakes, perished rubber or stale fluids. The relatively low annual mileage does, however, mean that consumable wear items such as brake discs, pads, tyres and suspension bushes will have accumulated age-related degradation as well as use-related wear, which is consistent with the type of advisories now appearing on the record. The vehicle has not been presented with mileage inconsistencies or anomalous readings between tests, and the progression between recorded figures appears steady rather than abrupt. The most recent advisories for front lower arm rear bushes are particularly relevant for a prospective buyer to investigate on a physical inspection. These bushes sit within the front suspension and contribute to locating the lower control arm to the subframe; when worn they typically produce a clonking or knocking noise over speed humps, rough road surfaces or during sharp steering inputs at low speed, and they can induce vague or wandering steering feel. With the bushes flagged on both sides, it is worth asking when they were last replaced, as renewal is straightforward relative to the cost of further consequential wear to related components. On a test drive, listen for any additional knocks from the front end, particularly when turning into a kerb or reversing over an uneven surface, and check for uneven tyre wear across the front axle which often accompanies worn suspension linkages. The brake-related advisories for disc wear on both axles, although not excessive, should prompt measurement of remaining disc thickness and pad material on a pre-purchase inspection. Discs approaching their service limit will typically exhibit a pronounced lip on the outer edge, visible scoring or blueing of the friction surface, and may produce a pulsing sensation through the brake pedal under firm application. The minor observation for an under-inflated rear tyre is likely to be a transient condition rather than a structural concern, but it underlines the importance of checking all four tyres for age-related cracking in the sidewalls, correct matching of brand and tread depth, and evidence of any uneven wear patterns that might indicate a geometry or suspension issue. Finally, given that the single recorded failure involved a deep cut to an offside front tyre exposing the cords, a buyer should examine all tyres carefully for sidewall damage, repair scars or premature ageing, as a single impact of that nature can occasionally indicate a susceptibility to kerbing or pothole damage that has not yet manifested in other components.