2017 Ford Focus 1.0L Petrol · DP17 AAF

This Ford Focus has maintained an exceptionally clean MOT history over its service life, with the most recent test on 9 May 2025 at 64,386 miles showing no defects—an outcome consistent with every prior inspection since at least June 2021 . The absence of advisories, minor faults, or even routine wear items like tyre tread or brake pad thickness suggests either meticulous maintenance by previous owners or a vehicle that has been driven lightly enough to avoid common consumable failures. No recurring issues indicate a pattern of neglect, and the fact that the car has passed five consecutive MOTs without a single defect is rare for a vehicle of this age and mileage. The only variable to consider is whether the lack of advisories reflects genuine low wear or simply an unusually lenient testing approach, though the DVSA’s records provide no grounds for suspicion. The mileage progression is steady and unremarkable, with 7,154 miles per year —a figure well within typical expectations for a 9-year-old car. The intervals between tests hover around 12 months , with the most recent gap between May 2024 (30,975 miles) and May 2025 (64,386 miles) being slightly longer than usual, though still within the 12-month legal window. There’s no evidence of rapid mileage accumulation or prolonged inactivity, which would have raised red flags for suspension degradation or seized components. The consistency in mileage suggests the vehicle has been used regularly but not aggressively, avoiding the kind of high-stress driving that accelerates wear on drivetrain seals, clutch components, or exhaust systems. Given the complete absence of recorded faults, a buyer should still conduct a pre-purchase inspection focusing on areas not covered by the MOT—specifically, the suspension geometry (tracking, camber, and toe angles), brake fluid condition (for corrosion or moisture ingress), and exhaust system integrity (for leaks or rust penetration). While the MOT history clears the car of obvious issues, components like ball joints, track rod ends, and coil springs can degrade without triggering a test failure, particularly if the vehicle has been driven on uneven roads. The clutch and gearbox should also be checked for smooth operation, as wear in these areas is not MOT-tested unless it results in a mechanical failure. Finally, inspect the underbody and wheel arches for surface rust, even if structural integrity isn’t compromised—early corrosion can spread rapidly in a Focus, especially around the sills and rear trailing arms.