2014 Ford Mondeo 2.0L Diesel · RE14 OEU

The most recent MOT, conducted on 29 January 2026 at 202,560 miles, resulted in a clear failure. The maintenance trend is demonstrably worsening. What began as minor advisories for worn suspension bushes and shock absorber misting in previous years has escalated into serious mechanical defects. The tester identified a serious fluid leak on both rear shock absorbers and excessively worn nearside rear suspension arm bushes, alongside multiple lighting failures. This trajectory indicates a period of neglected maintenance, with the vehicle's mechanical condition deteriorating significantly in the months leading up to the January 2026 test. The recorded mileage of 202,560 miles for a 2014 model equates to an annual average of approximately 16,880 miles, which is high for its age. The MOT history shows consistent, substantial use, with the mileage increasing by roughly 7,500 miles between the January 2023 and July 2023 tests, and by 16,000 miles in the following six months to January 2026. This pattern suggests sustained, intensive driving, likely on motorways or long commutes, which places considerable stress on consumable components and the chassis. The high mileage is a key factor in the accelerated wear now evident. A prospective buyer must treat the January 2026 failure as a critical red flag. The rear suspension requires immediate and thorough inspection. The progression from 'worn' to 'excessively worn' suspension arm bushes, coupled with the sudden onset of serious shock absorber leaks, points to components that are at the end of their service life. The tester also flagged uneven tyre wear, which is a direct symptom of these underlying suspension faults. Beyond the rear axle, the repeated failure of registration plate lamps, while minor, hints at potential electrical gremlins or simple neglect. A pre-purchase inspection must focus on the structural integrity of the rear suspension mounts, the condition of all shock absorbers for fresh oil misting, and the full geometry of the rear axle to assess the extent of the wear.