2014 Ford Focus 1.0L Petrol · FN07 ASH

The 2014 Ford Focus has shown significant improvement in its roadworthiness since the last failure in October 2024, with the two most recent MOT tests—October 2024 (pass) and October 2025 (pass)—registering no defects at all. The absence of any advisories or failures in the latest test suggests that the previously identified issues, particularly those related to emissions and braking, have been fully addressed. However, the pattern of repeated failures in 2023 and early 2024 indicates that the vehicle was previously neglected, with critical faults such as an inoperative brake servo and excessive exhaust emissions only being corrected after multiple test failures. The most recent clean tests imply that the current owner—or a responsible party—has since prioritised compliance, but the earlier lapses raise questions about whether deeper mechanical checks, such as brake system integrity or emissions calibration, were properly rectified beyond minimum MOT standards. The vehicle’s mileage of 53,853 miles over roughly 12 years suggests either very light use or prolonged periods of inactivity, averaging just over 4,400 miles annually. This low mileage is unusual for a car of this age, particularly given the repeated failures in 2023–2024, which often correlate with higher wear from regular driving. The fact that the mileage increased by just 1,266 miles between October 2023 (48,099 miles) and October 2024 (52,637 miles) over a 12-month period further supports the likelihood of infrequent use. Such low annual mileage can lead to issues like seized components, degraded fluids, or stiff suspension bushes from prolonged inactivity, even if the car has been well-maintained otherwise. Given the history, a buyer should prioritise a thorough inspection of the braking system, particularly the servo and hydraulic efficiency, as the 2023 failure highlighted a serious deficiency in service brake performance. The exhaust emissions faults in 2024—high CO and lambda readings—suggest potential sensor or catalytic converter issues, which may require diagnostic testing to confirm their current functionality. While the tyres appear to have been addressed (no recent tread or pressure advisories), the past failures on underinflation point to inconsistent maintenance, so checking for uneven wear or age-related cracking would be prudent. Suspension components, such as bushes and coil springs, should also be examined for stiffness or corrosion, given the car’s age and the possibility of it sitting unused for extended periods. Structural integrity, particularly around wheel arches and exhaust mounts, should be visually inspected for signs of rust or fatigue, as these areas are prone to deterioration in older vehicles.