2015 Ford Focus 1.5L Diesel · K29 SKT

The 2015 Ford Focus presents a stable roadworthiness record, with the most recent MOT in March 2025 at 69,038 miles passing without defects—a consistent trend over the past two years. The only anomaly is the isolated failure in April 2023 at 52,156 miles, where no faults were recorded, suggesting a clerical or administrative error rather than a mechanical issue. Since then, the vehicle has maintained a clean bill of health across three consecutive tests, indicating no recurring defects or deteriorating components. This reliability is notable for a vehicle of this age, though the lack of advisories means potential underlying wear cannot be ruled out without closer inspection. Mileage accumulation has been steady and typical for its age, averaging around 6,276 miles per year—a figure that aligns with moderate use rather than heavy commuting or neglect. The gap between the 2023 failure and the 2022 pass (8,206 miles over 11 months) suggests the vehicle was not driven excessively, while the 11,258 miles covered between the 2023 and 2024 tests reflect consistent, if not particularly aggressive, usage. The absence of major mileage spikes or prolonged inactivity reduces concerns about sudden component failure from either overuse or underuse, though routine maintenance beyond MOT compliance cannot be confirmed. Given the clean MOT history, a buyer should prioritise a thorough inspection of suspension components, including coil springs, anti-roll bars, and bushings, as these are common wear points that may not always trigger advisories until advanced stages. The rear braking system warrants particular attention, as binding calipers or uneven disc wear could have been missed in tests where no defects were logged. Structural integrity should also be checked for early signs of corrosion, especially around wheel arches, sills, and exhaust mounts, as these areas are prone to hidden deterioration. While the MOT record offers reassurance, a pre-purchase inspection by a qualified mechanic remains essential to verify the absence of silent failures in critical systems.