2015 Ford Focus 1.6L Petrol · NG64 HFF

A clean and stable roadworthiness profile defines this 2015 Ford Focus, with the most recent test on 10 October 2025 returning a pass and no advisories or defects recorded. Across five recorded DVSA visits spanning 2023 to 2025, the vehicle has alternated between pass and fail entries, yet none of those failures carry any defect details, which is a somewhat unusual pattern that typically indicates transient or self-rectified issues such as a bulb failure, a screenwash system fault, or a temporary emissions overrun that was resolved before the retest. The two failures, on 21 August 2023 and 3 October 2025, were both followed within days or weeks by clean passes, reinforcing that the car is fundamentally sound rather than exhibiting any chronic mechanical deterioration. The intervening annual tests in August 2023, September 2023, September 2024, and October 2025 all passed without a single advisory note, suggesting that the consumable components and structural elements checked under the MOT regime are holding up consistently well for an eleven-year-old vehicle. With 66,190 miles recorded over approximately eleven years, this Focus has covered an average of around 6,000 miles annually, which sits comfortably within the expected range for a car of its age and indicates steady, regular use rather than either heavy motorway mileage or extended periods of standing. There are no anomalous mileage jumps or lengthy gaps between tests that would point to a dormant vehicle, and the roughly annual testing cadence is consistent with continuous road use. Mechanically, this kind of moderate, even usage pattern tends to be kinder to components like the clutch, suspension bushes, brake discs, and exhaust system than either very low mileage (which can bring seized calipers, perished rubber, and stale fluids) or high mileage (which accelerates wear on drivetrain and bearing components). The lack of any recorded advisories at recent tests further supports the impression that the undercarriage, braking system, and running gear are all in serviceable condition for the mileage accumulated. For a prospective buyer, the absence of any historical advisories means there is no specific component flagged in the DVSA record to target, but a thorough physical inspection and test drive should still focus on areas commonly affected on a Focus of this vintage. During a road test, listen for clonks or knocking from the front suspension over speed humps and rough surfaces, which could indicate worn wishbone bushes or failing anti-roll bar links, both known wear items on this model. Check for steering pull or vagueness off-centre, which can point to worn front struts or top mounts, and feel for any vibration through the brake pedal under steady deceleration, a sign of warped front discs. At a standstill with the engine running, listen for any timing chain rattle on cold start, as the 1.0 EcoBoost and 1.6 TDCi units fitted to this generation are known for chain stretch once mileage accumulates, and inspect the rear wheel arches and jacking points for the early onset of surface corrosion, even though none has yet been recorded. Underneath the vehicle, a buyer should pay particular attention to the rear suspension beam bushes and the trailing arm mounts, as these are frequent advisories on Mk3 Focus cars in the UK once they pass the seven-year mark, even when the official record remains clear. Examine the exhaust system from the manifold rearward for blue staining around the joints, which would suggest oil consumption from worn valve stem seals, and check the coolant expansion tank for any signs of crystallisation or pressure loss, a known issue on EcoBoost variants. On the test drive, confirm that the clutch pedal bites high and smoothly without slipping under load, that the handbrake holds on a moderate incline, and that the steering remains tight without any knocking through the rack on full lock. Given the clean MOT history and consistent annual mileage, a focused inspection of these age-related wear points should provide a reliable basis for evaluating the car's true mechanical condition.