2015 Ford Focus 1.5L Diesel · FH15 USJ

The maintenance trend for this 2015 Ford Focus appears stable, culminating in a clean pass at its most recent test. On 4 February 2026, at 83,556 miles, the vehicle passed with zero defects recorded. Curiously, the DVSA record also lists a failed test on the identical date and mileage with no defects noted, suggesting a potential data entry anomaly or an erroneously logged retest, though the overriding outcome remains a valid, defect-free MOT certificate. The preceding tests show a consistent pattern of passing with no mechanical or structural faults flagged, indicating the vehicle has met minimum roadworthiness standards without requiring significant remedial work. The mileage accumulation aligns closely with typical usage for an eleven-year-old vehicle. Between the January 2024 test at 63,280 miles and the January 2025 test at 74,170 miles, the Focus covered 10,890 miles. A further 9,386 miles were added between January 2025 and the February 2026 test at 83,556 miles. This equates to an average annual mileage of roughly 7,600 miles, reflecting light, regular use rather than prolonged standing or excessive long-distance commuting. The steady, incremental gain suggests consistent operation without sudden, severe spikes in wear. Despite the clean MOT history, a physical inspection remains prudent, particularly given the vehicle's age and the absence of recorded advisories that might otherwise highlight gradual deterioration. A buyer should closely examine the condition of the suspension bushes and coil springs for signs of perishing or corrosion, as these components degrade over time regardless of mileage. The brake discs and pads require scrutiny for uneven wear or lipping, while the exhaust system should be checked for corrosion, especially around welds and mounting points. Tyre condition and date codes warrant attention, as older rubber can harden and crack even with adequate tread depth. Finally, inspect the underbody and structural mounting points for surface rust or corrosion, ensuring the structural integrity remains uncompromised.