2013 Ford Focus 1.0L Petrol · K10 MAX

A consistent pattern of front-axle tyre wear defines the mechanical history of this 2013 Ford Focus, with both nearside and offside front tyres repeatedly flagged across the most recent tests. On 2024-09-05 the vehicle passed with advisories for both front tyres being worn close to the legal limit and worn on the edge, and by the time of the 2025-09-02 retest those same tyres had deteriorated to the point of being classified as Dangerous, with the tread pattern no longer visible over the whole tread area against a 1.6mm minimum depth requirement. The same date also records a clean pass once the tyres were presumably replaced, which points to either aggressive front-end geometry, uneven camber or tracking settings, or simply the consumption rate expected from a 78,000-mile front-driven hatchback. A separate issue surfaced on 2023-09-07 when a Major failure was recorded for a non-functioning horn, though the car passed the following day, indicating a repair rather than a chronic electrical concern. The minor advisory regarding rear registration plate deterioration has lingered across the last two tests but remains cosmetic in nature. Against a thirteen-year timeline, the recorded mileage of 78,483 miles equates to an average of roughly 6,037 miles per year, which is broadly in line with typical UK usage for a car of this age and class. There are no extended gaps in the annual testing record, meaning the vehicle has remained in regular service and on the road consistently since at least 2023, with no signs of long periods of standing that might otherwise raise concerns about seized brakes, perished rubber seals, or stale brake fluid. The mileage progression between tests appears steady, suggesting that wear items have been encountered in line with their expected service life rather than concentrated heavy use. For a Focus of this vintage, the relatively modest annual mileage means the engine, transmission, and clutch assemblies are unlikely to have been subjected to excessive thermal or mechanical cycling, though the age of the vehicle itself places natural limitations on the longevity of rubber and electrical components regardless of how few miles have been covered. Buyers should focus their pre-purchase inspection on the suspension and steering geometry, given the recurring front-tyre wear pattern. On a test drive, listen for clonking or knocking from the front end over speed humps and uneven road surfaces, paying particular attention to the front suspension wishbones, track control arms, drop links, and anti-roll bar bushes, all of which are known wear items on the Focus platform and can directly cause premature inner or outer edge tyre wear when degraded. Check for uneven tyre wear across the tread face on any currently fitted tyres and inspect the sidewalls for scuffing or feathering, which would confirm persistent geometry issues. It is also worth jacking the front wheels off the ground to check for play in the wheel bearings and to rock the tyres laterally to detect worn suspension joints or top mounts. The braking system should be exercised firmly during a test drive to confirm there is no pulling to either side, any vibration through the steering wheel under heavy pedal application, or any grinding or scraping noises that could indicate worn pads or scored discs. Although no brake-related advisories appear in the MOT history, the age and mileage of the vehicle mean the discs and calipers are approaching a service interval point, particularly at the front where the bulk of stopping work is carried out. Check the handbrake holds the vehicle on an incline without excessive travel, and inspect the inner and outer surfaces of the front discs through the wheel spokes for lipping or corrosion scoring. Finally, verify that all exterior lights, including the horn, are functioning correctly given the prior Major failure, and examine the underside for any signs of corrosion around the subframe mounting points, suspension turrets, and brake pipe runs, areas commonly affected by age-related rust on earlier 2010s Ford products.