2009 Mercedes-Benz A-Class 2.0L Diesel · KU59 RYR

The 2009 Mercedes A‑Class is presently roadworthy, having passed the MOT on 11 November 2025 at 161,817 miles. The most recent test recorded only advisory items – corroded near‑ and off‑side front brake pipes and a severely deteriorated off‑side front outer drive‑shaft CV boot – all of which were flagged as non‑dangerous. This follows a failure on 10 November 2025 where the same brake pipe corrosion, missing fuel‑cap sealing device, excessive wear on the near‑side front lower suspension arm ball joint and several missing wheel fixings caused a reject. The successful retest indicates that remedial work was carried out, but the recurrence of corrosion suggests a modest worsening trend that should be monitored. Mileage has risen from 139,320 miles on 12 October 2022 to 161,817 miles on the latest test, averaging roughly 9,500 miles per year – a typical usage pattern for a seventeen‑year‑old vehicle. Annual testing intervals show no significant gaps; the record is continuous from 2022 through 2025, with mileage increments of 7,972 miles (2022‑2023), 3,090 miles (2023‑2024) and 11,435 miles (2024‑2025). The data does not reveal any abrupt spikes that would indicate periods of intensive use, nor does it suggest prolonged storage. A prospective buyer should focus on the brake system, confirming that the corroded front brake pipes have been replaced or adequately protected and that there is no fluid leakage. Inspect the off‑side front CV boot for any remaining deterioration that could allow ingress of moisture to the drive shaft. Examine the near‑side front lower suspension arm ball joint for play and assess the condition of all wheel fixing bolts, ensuring none are missing or loose. Verify that the fuel‑cap sealing device is correctly fitted and that the tyres, especially the rear set previously noted as close to the legal limit, are of adequate tread depth and correctly mounted. A visual check for any emerging rust on the chassis or under‑body panels will complement the MOT data and give a clearer picture of the vehicle’s structural integrity.