2006 Saab 9-3 2.0L Petrol · FY06 KVA

The most recent MOT on 2024‑06‑25 at 129 230 miles recorded a PASS, yet the tester flagged several advisories: an under‑inflated offside rear tyre, a severely deteriorated near‑side front drive‑shaft CV boot, near‑side front tyre wear at the legal limit, sub‑frame corrosion, and an offside rear inner‑tyre at the wear limit. This outcome follows a pattern of intermittent failures in 2021‑2022 and a brief failure in May 2024, after which the vehicle returned to a compliant status. The trend therefore indicates a stabilising condition—serious defects have been rectified—but ongoing wear items persist, suggesting the car requires regular maintenance rather than a sudden decline. Mileage progression shows notable inconsistencies. Between 2020‑02‑22 (113 551 mi) and 2021‑03‑23 (121 718 mi) the odometer jumped 8 167 mi in roughly 11 months, then stalled at the same reading for two tests a week apart. The 2024‑05‑01 entry lists 129 224 mi, only 6 mi below the June‑25 reading, implying possible data errors or brief service‑area resets. Overall the vehicle has accumulated roughly 129 230 mi over a 20‑year lifespan, averaging about 6 500 mi per year, which is typical for a high‑use saloon of this age. Recurring mechanical issues centre on the suspension and braking systems. Coil springs have been reported fractured in May 2024, corroded in April 2022 and March 2021, and again in 2024, indicating progressive deterioration. Brake components show consistent wear: front and rear pads thin, discs scored or pitted, and a binding front service brake noted in March 2022. Suspension wear includes excessively worn front suspension arm bushes, deteriorated CV boots on the near‑side front drive shaft, and compromised ball‑joint dust covers on both front and rear lower arms. Structural concerns involve sub‑frame corrosion and rusted fuel filter, while tyres exhibit edge wear, cuts, and under‑inflation across multiple tests. A prospective buyer should closely inspect the rear coil springs for cracks or corrosion, examine front and rear brake discs and pads for scoring and thickness, and test suspension arm bushes and ball‑joint dust covers for play or deterioration. The condition of the near‑side front CV boot and sub‑frame should be assessed for moisture ingress and rust penetration. Tyre pressure and tread depth, especially on the rear tyres, need verification, as does the integrity of the exhaust system for leaks. Finally, a functional check of headlamp lenses, position lamps, and registration‑plate illumination is advisable given the repeated lighting faults recorded.