2012 Ford Mondeo 2.0L Diesel · AV12 NWL

The 2012 Ford Mondeo presents a deteriorating maintenance trend, shifting from a clean record to emerging structural concerns. In the most recent test on 22 November 2025 at 179,215 miles, the tester flagged corrosion on both the front and rear sub-frames, though noting the structural integrity remains intact for now. The offside front anti-roll bar linkage ball joint dust cover also suffered severe deterioration at this test. While the vehicle continues to pass its MOT, the emergence of structural corrosion and degraded protective components signals a distinct decline from the defect-free tests recorded between 2021 and 2023. Covering 179,215 miles over fourteen years equates to roughly 12,801 miles annually, a high figure for a vehicle of this age. The MOT records reveal a notable acceleration in usage recently. Between December 2022 at 152,180 miles and December 2023 at 157,782 miles, the car covered just 5,602 miles. However, the subsequent leap to 173,171 miles by November 2024 and 179,215 miles by November 2025 shows the vehicle has been driven over 21,000 miles in the past two years alone. This rapid accumulation places accelerated wear on drivetrain components and consumables. A prospective buyer must inspect the undercarriage closely. The recurring suspension wear flagged in December 2022 at 152,180 miles—specifically the splitting rear bottom arm and inner suspension bushes—likely required replacement given the subsequent clean tests, yet the underlying driving conditions or component quality may persist. The sub-frame corrosion noted in the latest test demands a thorough physical inspection; surface rust can escalate quickly, compromising mounting points if left untreated. Examine the offside front anti-roll bar linkage thoroughly, as a torn dust cover allows grit ingress and accelerates joint wear. Check the condition of the brake discs and pads, particularly given the wear advisories from late 2022, to ensure the high recent mileage has not consumed the remaining life in these critical components.