2009 Audi A3 2.0L Diesel · YL59 FVO

A six‑year streak of clean MOT passes, most recently on 27 December 2025, indicates that no safety‑critical defects have been recorded for this 2009 Audi A3. The only recorded items are a 2021 advisory concerning the off‑side front items being removed from the driver’s view and a 2020 minor advisory for a near‑side front windscreen chip that did not impair visibility. The absence of any failures or advisories since 2020 suggests a stable roadworthiness profile, with no recurring faults emerging in the recent testing history. At 141,849 miles the car averages roughly 8,300 miles per year, a usage rate that sits comfortably within the normal range for a vehicle of its age. The MOT record shows a gap between the September 2018 test and the January 2020 test, after which the vehicle has been tested annually. This pattern does not imply prolonged periods of inactivity, but the mileage accumulation combined with the annual testing cadence means that consumables such as brake pads, tyres, and suspension bushings are likely approaching the typical service intervals for a 17‑year‑old car. When inspecting the near‑side front windscreen, verify that the chip has not propagated into a larger crack and that there is no water ingress or wind noise, especially when the windows are raised. Confirm that the off‑side front items referenced in the 2021 advisory – most commonly the headlamp assembly or fog lamp – are correctly fitted, securely mounted, and fully functional, with proper illumination and alignment. Any signs of loose mounting hardware, abnormal vibration, or uneven lighting should be investigated further. Given the mileage, a thorough check of the front suspension components, steering rack, and brake system is prudent. Listen for knocks or clunks over bumps that could indicate worn suspension bushes or deteriorated ball joints, and feel for any pedal judder that might reveal brake disc wear or uneven pad thickness. While the MOT record shows no failures, these high‑usage areas merit close attention during a test drive to ensure they remain within safe operating limits.