2009 Skoda Octavia 1.9L Diesel · KU59 FFZ

The vehicle is currently roadworthy following a PASS on 2025-10-07 at 54,669 miles, but the maintenance trend shows a concerning deterioration in critical components over the past year. The most recent test confirms ongoing issues with front tyre condition and rear brake discs, both of which were previously flagged in earlier tests. More alarmingly, the failure recorded just one day prior—on 2025-10-06—revealed a fractured offside front coil spring, a serious suspension defect that compromises handling and safety. This indicates a significant mechanical decline within a single week, suggesting either a sudden failure or poor prior maintenance. The persistent rust on the underbody and all suspension components further points to inadequate protection against corrosion, which may have accelerated wear. The mileage profile presents a mixed picture: at approximately 3,216 miles per year, the vehicle has been driven lightly for its age, which typically correlates with lower wear. However, this low annual usage contrasts sharply with the severity of the defects observed, particularly the fractured coil spring and widespread rust. The gap between the 2024-10-02 PASS (53,144 miles) and the 2025-10-06 FAIL (54,619 miles) covers only 1,475 miles, yet it reveals a major structural fault emerging. This suggests that the car may have been stored for extended periods, allowing moisture to degrade metalwork, or that maintenance was neglected during active use. The lack of defects in 2022 and 2024 implies a period of stability, but the last two tests show a sharp reversal. A buyer must conduct a thorough in-person inspection of the suspension system, focusing on the front coil springs, control arms, and bushings, as the fractured spring indicates potential fatigue or pre-existing damage. The rear brake discs remain worn and pitted, requiring immediate attention—especially given their continued degradation across multiple tests. The front tyres are visibly deteriorating, with cracking noted on both sides, raising concerns about structural integrity and blowout risk. Additionally, the extensive underbody and suspension rust demands close examination for hidden corrosion, particularly around chassis rails, subframes, and mounting points. Any signs of water intrusion or compromised welds should be treated as red flags.