2019 Volkswagen Tiguan Match TDI S-A 2.0L Diesel · AF69 KXL

The vehicle presents a stable overall roadworthiness profile, with the most recent MOT conducted on 15 September 2025 at 15,841 miles resulting in a pass. A minor advisory for worn and pitted inner front brake discs was carried forward from the previous day's failure but did not constitute a serious structural weakness. No further defects were recorded, and the maintenance trend over the past three years has remained consistently clean aside from this isolated braking system observation. The mileage accumulation is notably low for a 2019 diesel SUV, averaging approximately 2,263 miles per year. Between September 2023 at 11,642 miles and September 2024 at 14,042 miles, the vehicle covered roughly 2,400 miles, a modest increase that suggests continued light use. The recorded mileage has remained static at 15,841 miles across both the failed and passed tests in September 2025, indicating the vehicle has seen negligible use since then. Prolonged standing periods can contribute to surface corrosion on brake discs and tyre sidewalls, which aligns with the pitting noted on the front inner discs. The recurring advisory on both nearside and offside front inner brake discs, flagged on consecutive days in September 2025, points to uneven disc wear or prolonged standing causing localised corrosion on the inner friction surfaces. While the tester judged the discs not seriously weakened, a prospective buyer should inspect the full braking assembly for lipping, heat scoring, and caliper slide pin operation. The nearside front tyre cut noted during the failed test was rectified before the pass, so a fresh inspection of all four tyres for sidewall damage, date codes, and tread depth is advisable. Beyond the braking system, the clean MOT record from 2022 through 2024 suggests no significant mechanical deterioration. A buyer should still verify suspension bushes, coil springs, and exhaust integrity during a physical inspection, as low-mileage vehicles can suffer from perished rubber components and condensation-related corrosion in the exhaust system despite minimal use.