2013 Ford Focus 1.6L Diesel · FP63 YAF

The MOT history for this 2013 Ford Focus reveals a vehicle that is accumulating age and wear at a notable pace, with a recurring pattern of advisories pointing to consumable degradation and the slow encroachment of corrosion. Across the recorded tests, the car has produced multiple failures, two of which involved headlamp aim issues on both the nearside and offside front lamps, with the most recent failed test on 2025-06-16 also flagging a registration plate lamp that failed to illuminate with the position lamps, a dangerously low offside front inner tyre below 1.6mm, and a nearside front tyre worn close to the legal limit. The 2026-06-29 test stands as the most recent pass, accompanied only by minor advisories concerning a deteriorated rear registration plate and a loose central rear exhaust heat shield. While the present pass is unremarkable in isolation, the broader record shows a vehicle that has struggled repeatedly with basic lighting compliance and tyre condition, alongside early signs of structural and component corrosion. At 167,555 miles over roughly thirteen years, the car averages approximately 12,889 miles per year, which is considerably higher than typical for a vehicle of this age and indicates sustained, heavy use. This kind of annual mileage places proportionally heavier demands on the clutch, gearbox, engine internals, braking system, and suspension components compared to a lower-mileage example. Testing has been conducted annually without multi-year lay-up gaps, which suggests the vehicle has remained in regular service rather than being stored, but the high accumulation means that wear-related defects flagged in the advisories should be viewed as a guide to which components are approaching or have already reached the end of their functional life. The combination of higher-than-average mileage and repeated advisories on the same areas across multiple tests reinforces the expectation of further intervention being required in the near term. For a prospective buyer, the suspension component corrosion advisories from 2024 warrant close attention, as Ford Focus models of this generation are known to suffer rust-related weakening of front suspension arms, subframe mountings, and related bushes. On a test drive, listen for clonks or knocking from the front end over uneven surfaces, particularly over speed bumps, and feel for any vagueness or looseness in the steering response, which could indicate worn suspension arm pins or bushes beyond the not-excessive-movement threshold previously recorded. Inspect the underside for any visible rust scaling around the front subframe, anti-roll bar drop links, and lower arm joints, paying particular attention to whether any corrosion appears structural rather than merely surface-level. Given that nearside front suspension arm pin or bush wear was flagged in 2023, this is a known weak point that should be physically checked for play with the wheel lifted. The braking system also demands scrutiny, as both front brake discs were flagged in 2023 as worn, pitted, or scored on their inner faces. On test, any pronounced vibration or judder through the brake pedal under firm application would suggest the discs have worn beyond the advisory threshold and require replacement, while a high-pitched squeal or grinding would indicate pad material nearing exhaustion. Listen for any binding or dragging sensation from the front wheels after release, which can indicate a seized caliper slider following years of high-mileage service. The exhaust system light rust corrosion advisory from 2024, combined with the loose rear heat shield recorded at the most recent test, suggests the system is approaching the end of its service life, so a physical inspection underneath for hangers, joints, and rust-through should be carried out before purchase. Tyres on this vehicle should also be carefully inspected for uneven shoulder wear, given the recurring edge-wear advisories across multiple test cycles.