2008 Ford Mondeo 2.0L Petrol · ET57 ACX

The vehicle presents a declining maintenance profile, with the most recent recorded test in March 2022 showing a concentration of wear-related issues. While the car passed, the tester flagged pitted or scored brake discs across all four wheels, thinning rear brake pads, and corrosion on both rear coil springs. These recurring issues suggest that while the vehicle remains operational, the frequency and severity of component failures in the suspension and braking systems have increased compared to the cleaner records seen in 2017 and 2018. The mileage accumulation appears consistent with a vehicle of this age, averaging approximately 7,830 miles per year. The data shows steady progression from 39,566 miles in 2011 to 140,934 miles in 2022. However, there is a significant data gap in the records after March 2022. Given that today is July 2026, the vehicle is overdue for its MOT by over four years, meaning the current roadworthiness and mechanical state cannot be verified through official documentation. A prospective buyer must conduct a thorough physical inspection of the underside and suspension components. The history shows a persistent trend of failing on coil springs, specifically broken or corroded units in 2018 and 2020, and trailing arm bushes in 2020. The presence of an oil leak noted in November 2020 requires careful checking to ensure it has not worsened or led to significant fluid loss. Furthermore, the repeated issues with brake discs and pads indicate that the braking system may require a full overhaul rather than just consumable replacement. The 2020 failure was particularly extensive, involving missing wheel fixings, leaking shock absorbers, and multiple lighting defects. This suggests periods where basic upkeep was neglected. Any inspection should prioritize checking the structural integrity of the chassis for corrosion and verifying that all lighting, wiper systems, and wheel fixings are currently secure and functional. The lack of recent testing makes the mechanical condition highly speculative.