2010 Ford Mondeo 2.0L Diesel · YB10 AGX

The 2010 Ford Mondeo presents a mixed roadworthiness profile, with the most recent MOT on 2026-01-21 confirming a pass at 216,545 miles. However, a prior failed test on 2026-01-20, recorded at the same mileage, raises questions about procedural accuracy or minor non-compliance. No defects were logged in either test, suggesting the vehicle met basic legal standards but offering no insight into underlying mechanical health. The absence of recorded faults in prior MOTs from 2024-2025 indicates a stable maintenance trend, though the high mileage of 216,545—equivalent to 13,534 miles annually—demands scrutiny of wear on components like suspension bushes, brake discs, and exhaust systems. The vehicle’s mileage accumulation shows consistent use, with 191,398 miles recorded in 2024 and 216,545 miles by 2026, reflecting an average annual increase of 25,000 miles. This rapid progression suggests frequent operation, which can accelerate wear on consumables such as tyres and brake pads. Notably, the 2024-01-17 MOT included both a pass and a failure at the same mileage, an anomaly that may indicate administrative errors or unrecorded repairs. The lack of defects in the 2025 and 2026 tests implies no critical issues, but the high mileage necessitates verification of structural integrity, particularly around the chassis and body panels, which are prone to corrosion in older vehicles. A buyer should prioritise a physical inspection of the suspension system for worn coil springs or binding calipers, as well as the exhaust for leaks or rust. The absence of recorded brake-related defects does not preclude hidden wear, so checking brake disc thickness and pad condition is essential. Additionally, the vehicle’s age and mileage warrant a thorough assessment of the engine’s internal components, including oil consumption and compression, which may not be flagged in MOT tests. While the MOT history shows no major faults, the high usage rate and recent failed test without explanation necessitate a cautious approach to ensure long-term reliability.