2012 Ford Mondeo 2.0L Diesel · FE12 WHC

The vehicle presents a concerning roadworthiness profile with a worsening trend in structural integrity and mechanical reliability. While it passed its most recent test in July 2025 at 164,297 miles, this followed a significant failure just four days prior. That June failure revealed critical safety defects, including an inoperative nearside parking brake, ABS faults, and electronic stability control failures. The fact that the vehicle required immediate repairs to achieve a pass suggests a reactive maintenance approach where faults are only addressed upon failure rather than through preventative care. At 164,297 miles, this 14-year-old Mondeo reflects a consistent usage pattern of approximately 11,700 miles per year. The data shows steady mileage accumulation, with roughly 9,000 miles covered between April 2023 and June 2024, and another 9,000 miles between June 2024 and July 2025. While this annual mileage is typical for the age, the high mileage has clearly significant stress on the chassis and suspension components, which is evident in the recurring failures. A buyer must prioritise a physical inspection of the front and rear subframes, as corrosion has been a persistent issue since at least 2023. Although the tester noted these areas were not yet seriously weakened, the presence of rust across multiple tests indicates an ongoing process that will eventually lead to structural failure. The offside rear suspension arm pin and bush have also been flagged in three consecutive years, indicating a component that has not been replaced and likely continues to affect vehicle handling. The recurring oil leak noted in 2025 requires a close look to determine if it is a minor gasket or a more significant leak. Given the history of binding brakes and failed parking brake efficiency, the entire braking system should be tested thoroughly to ensure the 2025 faults were fully rectified. The previous history of fractured springs and misting shock absorbers further suggests the suspension system is reaching the end of its functional life.