2017 Ford Focus 1.0L Petrol · AF17 GFJ

The latest DVSA MOT test for this 2017 Ford Focus was conducted on 26 February 2026 and resulted in a pass with no defects or advisories recorded, which is an encouraging immediate indicator of current roadworthiness. However, evaluating the broader pattern reveals a somewhat inconsistent maintenance profile. The 2025 test recorded three advisories relating to front tyre wear and both rear trailing arm bushes, while the early 2025 test saw a dangerous failure for rear brake pads falling below 1.5mm alongside similar advisories. An isolated dangerous tyre tread depth failure on both front tyres and a headlamp dip beam failure occurred in mid 2022, with a separate major failure for missing front road wheel fixings in March 2023, though the wheel fixings issue suggests possible attention to fastener security rather than ongoing mechanical deterioration. The overall trend is not one of escalating structural decay but rather of intermittent consumable and component wear, and the absence of advisories at the most recent test suggests that the items previously flagged have either been addressed or have not yet reached advisory thresholds. With 98,718 miles recorded over approximately nine years, this Focus has covered an annual average of around 10,969 miles, which is broadly typical for a vehicle of its age and class. There are no obvious gaps in the MOT record that would suggest prolonged standing, and the mileage accumulation appears steady and consistent with regular daily use rather than intensive motorway mileage or unusual neglect. This pattern is mechanically favourable because regular driving tends to keep fluids circulated, brakes freed from surface corrosion, and rubber components exercised. Nevertheless, a nine year old chassis approaching 100,000 miles is reaching the stage where suspension components, engine and gearbox mountings, and drivetrain flexible items begin to require closer inspection regardless of the MOT outcome. Given the recurring advisories for rear trailing arm bushes noted in 2025, a prospective buyer should pay particular attention to the rear suspension during any inspection and test drive. Worn trailing arm bushes on a Ford Focus commonly produce clonks or knocking sounds when traversing speed humps, uneven road surfaces, or when accelerating and braking sharply, and they can also contribute to vague or wandering rear end handling. Although the bushes were not considered to have resulted in excessive movement at the time of test, they will continue to deteriorate, and replacement is a moderately labour intensive job best undertaken before any worsening. On a road test, listen for any rear suspension rattle over rough tarmac and check for uneven rear tyre wear, particularly on the inner edges, which can indicate bush deterioration or rear wheel alignment issues. The dangerous brake pad failure in early 2025 is a significant point and warrants verification that the work was carried out to a satisfactory standard. A buyer should confirm when the rear pads were replaced, whether the rear brake calipers were inspected for slide pin and guide condition, and whether the discs were machined or renewed at the same time, as worn pads and neglected calipers frequently occur together. With 98,718 miles now recorded, the front brake discs and pads will also be approaching their second or third set, and the calipers should be checked for binding which can cause uneven pad wear and pulling under braking. On test, observe for any brake shudder through the steering wheel, any tendency for the car to pull to one side under firm braking, and any grinding or squealing noises. Additionally, given the vehicle's age, it is prudent to check the date codes on the tyres for perishing of the sidewalls even if tread depth remains adequate, to test the 12 volt battery under load as nine years is beyond typical service life, and to verify the timing belt or chain service interval along with recent changes to the brake fluid, coolant, and transmission fluid, as calendar based fluid degradation proceeds regardless of mileage and can lead to corrosion in the cooling system or compromised brake performance.