2020 Volkswagen T-ROC 1.5L Petrol · HG69 UWB

The 2020 Volkswagen T-Roc presents a largely stable maintenance profile through its MOT history, with the most recent test on 28 October 2025 at 46,310 miles resulting in a pass. The sole advisory recorded at that test was rear brake pads wearing thin, a routine consumable wear item rather than a structural or mechanical defect. No corrosion, suspension, or emissions faults have appeared across any of the four recorded tests, and the vehicle has never failed an MOT. The trend is stable, with no evidence of recurring or worsening defects, though the rear brake pad advisory at the latest test signals that a replacement will be due shortly. The mileage accumulation is broadly typical for a six-year-old vehicle, averaging roughly 7,718 miles per year. The interval between the February 2023 test at 12,851 miles and the February 2024 test at 18,755 miles shows approximately 5,900 miles covered in twelve months, and the subsequent interval to November 2024 at 23,386 miles adds a further 4,631 miles in nine months. The most significant gap is between November 2024 and October 2025, during which the odometer has not advanced from 23,386 to 46,310 miles. That jump of 22,924 miles in under eleven months represents a sharp increase in annualised use, roughly double the prior pattern. A buyer should verify whether this reflects a change in ownership, a long-distance commuting pattern, or a discrepancy in recorded mileage. From a mechanical standpoint, the only flagged item across the entire history is rear brake pad wear at the October 2025 test. This is a straightforward consumable replacement and does not indicate a systemic braking fault such as binding calipers or warped discs, though a physical inspection should confirm disc condition and caliper operation given the sudden increase in mileage. The front braking system has never been flagged, which is consistent with typical wear distribution on this platform. A prospective buyer should carry out a thorough underbody inspection for corrosion, particularly on the subframes, suspension mounting points, and inner wing arches, as the MOT records do not capture surface-level rust that may have developed since the last test. The suspension bushes, coil springs, and drop links should be checked for play or deterioration, especially given the higher recent mileage. Tyre condition and alignment should also be assessed, as uneven wear patterns can emerge rapidly under heavier use. An emissions test at the next MOT will be worth monitoring given the step change in annual mileage, as catalytic converter efficiency can degrade under sustained high-load driving. Overall, the record is clean and the vehicle appears to have been maintained to a reasonable standard, but the recent usage spike warrants a careful physical inspection before purchase.