2007 Ford Focus 1.8L Diesel · NK57 OPU

The 2007 Ford Focus presents a stable maintenance trend, culminating in a clean pass at its most recent MOT on 27 October 2025 at 77,244 miles. No defects were recorded on this test, nor on the preceding pass on 9 October 2024. The historical record shows a recurring pattern of same-day failures and passes in 2023 and 2024, both at 68,889 and 72,605 miles respectively. These failed tests list no defects, indicating a potential data recording anomaly or an aborted initial assessment. Regardless, the vehicle has consistently achieved a roadworthy status upon re-examination, suggesting the owner addresses immediate failures promptly. The mileage accumulation is remarkably low for a vehicle of this age, averaging roughly 4,065 miles annually. Between the October 2024 test at 72,605 miles and the October 2025 test at 77,244 miles, the car covered 4,639 miles, demonstrating consistent, light usage. There are no significant gaps in the annual testing schedule, with tests occurring every October. This steady, low-mileage accumulation points to short, local journeys rather than sustained motorway driving, which can lead to specific mechanical issues like brake disc corrosion or exhaust system deterioration from incomplete warm-up cycles. Because the MOT record lacks specific defect data from the failed tests, a buyer must rely on a thorough physical inspection. Focus heavily on the condition of rubber components, which perish with age rather than mileage. Inspect the suspension bushes, tyre sidewalls, and drive shaft gaiters for cracking. Low-mileage vehicles frequently suffer from binding brake calipers and corroded brake discs due to lack of use; check for uneven pad wear and disc scoring. Examine the exhaust system for moisture-induced corrosion and assess the underbody for structural rust, particularly around the sills and subframes, as a car standing idle for long periods can suffer from moisture ingress. The engine should be checked for signs of bore wash or sticky rings, common in cars that rarely reach optimal operating temperature.