2019 Ford Focus 1.0L Petrol · B2 GNN

The 2019 Ford Focus with 68,410 miles is currently roadworthy, as confirmed by its most recent MOT on 2025-08-18, which passed without defects. However, the maintenance history reveals inconsistency, with a failed test on 2024-08-14 (same mileage as the subsequent pass on 2024-08-15) and another failed test on 2023-08-10 (mirroring the 2023-08-11 pass). These repeated failures without recorded defects suggest potential issues with MOT submission accuracy or unresolved minor faults that were later rectified. The absence of structural, suspension, or braking defects in the latest test indicates the vehicle has been maintained to a standard meeting legal requirements, though the pattern of repeated failures raises questions about prior attention to detail. The vehicle’s mileage of 68,410 miles over seven years aligns with an average of 9,773 miles annually, a typical figure for its age. The gap between the 2023-08-11 test (51,937 miles) and 2024-08-15 test (60,409 miles) reflects a 8,472-mile increase over 12 months, consistent with normal usage. However, the 2024-08-14 failure at 60,409 miles—just one day before a pass at the same mileage—suggests possible administrative errors or rapid resolution of minor issues. The clean record in the latest test implies no significant mechanical deterioration, but the recurring failures without defect notes limit confidence in the reliability of the history. Buyers should prioritise inspecting the suspension components, particularly suspension bushes and coil springs, which are common wear points on this model. The brake system, including calipers and discs, should be checked for binding or uneven wear, as these can cause intermittent failures. Additionally, the exhaust system and corrosion on underbody panels warrant scrutiny, as they are often overlooked in MOT tests. While the vehicle meets current legal standards, the inconsistent MOT outcomes highlight the need for a thorough pre-purchase inspection to verify the absence of unresolved mechanical or structural issues.