2019 Volkswagen Tiguan 2.0L Petrol · ST69 STZ

A clean, unbroken MOT record across four consecutive tests is the defining mechanical story for this 2019 Volkswagen Tiguan, with no advisories at all on the most recent examination dated 2 December 2025 and an identical clean result recorded on 10 December 2024. The earlier 2022 pass was similarly free of advisories, leaving the 21 November 2023 test as the only entry where any defects were flagged, and even then the items were advisory rather than failure-level. Both advisories from 2023 concerned the nearside and offside front tyres, with the nearside noted as worn close to the legal limit and on edge, and the offside noted as slightly cracked or perished. Since no further tyre-related defects appeared in 2024 or 2025, the issue appears to have been addressed at the time, though the absence of any advisory on the most recent test does not confirm the condition of the tyres fitted today. The overall trend is stable rather than improving or worsening, which is consistent with a vehicle that has not yet developed the corrosion or wear patterns typical of higher-mileage examples. Recorded mileage stands at 35,525 miles across approximately seven years, giving an annual accumulation rate of roughly 5,075 miles per year, which is low for the vehicle's age. There are no gaps in testing history, and no anomalies such as sudden mileage jumps or plateau years suggesting long periods off the road. Mechanically, this low usage profile reduces wear on major drivetrain components, clutch material, and friction surfaces such as brake pads and discs, which tend to deteriorate more rapidly under higher annual mileages. The principal risks associated with such low usage are uneven component ageing rather than wear, particularly in rubber and polymer items that harden with age regardless of mileage, and in brake system components that can corrode internally through infrequent operation. The fact that the 2025 test passed without advisories suggests these risks have not yet translated into MOT-detectable defects, but they remain relevant considerations for any prospective buyer. Given the tyre-related advisories from the 2023 test, the front tyres should be the first items physically inspected. Check both front tyres for uneven shoulder wear, particularly on the nearside inner or outer edge as the previous advisory noted worn on edge, which would indicate an underlying alignment or suspension geometry issue rather than simple tyre ageing. Inspect the offside front for any sidewall cracking, bulging, or perishing, as the 2023 record specifically flagged cracking on this tyre. Confirm the production date of any tyres currently fitted, as low annual mileage means tyres are more likely to be replaced due to age-related deterioration than tread wear, and a tyre older than five years may need replacement regardless of remaining tread depth. On a test drive, pay particular attention to steering behaviour over uneven surfaces, as any pulling to one side, vibration through the steering wheel at speed, or uneven tramlining could indicate alignment problems that the previous nearside edge wear may have masked. Beyond the tyre history, the test drive should focus on the components that suffer disproportionately from low-mileage use. Listen for any binding or juddering when first applying the brakes from cold, which can indicate corroded brake discs or seized caliper slides that have developed surface rust through infrequent use. Check that the handbrake holds firmly on an incline, as rear brake mechanisms can corrode internally when seldom actuated. On the suspension, listen for clonking or knocking from the front end over speed bumps and rough roads, paying attention to the condition of the anti-roll bar drop links, control arm bushes, and top mounts, all of which can deteriorate with age rather than mileage on a low-use vehicle. Finally, verify that all electrical systems, infotainment, and climate control functions operate correctly, as low annual mileage combined with predominantly short journeys can mask developing faults in these systems until they are placed under sustained load.