2022 Volkswagen Golf Style Etsi S-A 1.5L Hybrid electric (clean) · LS22 MFP

The Volkswagen Golf Style in question demonstrates a stable and exemplary roadworthiness record, as evidenced by two consecutive MOT passes at the most recent tests on 2026-03-11 and 2025-03-24. Both examinations cleared the vehicle without any recorded defects or advisories, indicating that the tester found no failures in critical systems such as brakes, suspension, steering, exhaust emissions, or structural integrity. The absence of recurring issues suggests that the vehicle has been maintained at a baseline standard, though this does not preclude hidden wear or deferred servicing not captured in the MOT history. The recorded mileage of 20,289 miles at the time of the latest test reflects unusually low usage for a four-year-old vehicle, averaging just 5,072 miles annually. This pattern implies either minimal driving or extended periods of inactivity, which could mitigate some forms of wear but may also introduce risks such as degraded fluids, seized components from lack of use, or corrosion from prolonged exposure. The gap between tests—approximately 12,500 miles—falls within the standard DVSA interval, though the overall low mileage makes it difficult to assess whether the vehicle has undergone regular servicing beyond MOT requirements. Given the clean MOT history, a buyer should prioritise an in-person inspection of suspension components, particularly the rear suspension bushes and coil springs, as these are common wear points that may not always trigger MOT failures but can degrade over time. The brakes, while not flagged in tests, should be scrutinised for uneven wear or binding calipers, especially if the vehicle has spent extended periods stationary. Tyres, though not mentioned in the record, warrant immediate inspection for uneven tread or embedded debris, as the low mileage might mask deeper issues. Finally, the underbody and wheel arches should be examined for corrosion, particularly if the vehicle has been stored in wet or coastal conditions.