2016 Ford Focus 2.0L Petrol · YN16 OSE

A persistent pattern of accelerated tyre wear and steering alignment anomalies defines this vehicle's roadworthiness history, set against a statutory testing record otherwise free from major suspension, structural, or emissions defects. The vehicle cleared its latest MOT test on 26 January 2026 at 56,592 miles with no recorded defects, reinforcing a generally positive trend that includes previous clean passes in 2023 and 2024. However, the historical record demonstrates repeated advisories for inner and outer shoulder tyre wear across multiple test cycles in 2021, 2022, and 2025, alongside a failed test in March 2021 involving dangerous structural tears on both rear tyres and depleted rear brake pads. With an accumulated mileage of 56,592 miles over roughly a decade, the vehicle has covered an average of approximately 5,660 miles per year. Annual MOT testing has remained consistent without multi-year lapses or abnormal mileage spikes. This steady, lower-than-average usage pattern indicates moderate operational cycles, meaning cumulative mechanical fatigue on major drivetrain components and structural mountings remains relatively contained for a vehicle of this age. Conversely, regular lower-mileage running often correlates with urban usage, which places continuous demand on steering linkages, wheel alignment, and braking assemblies. Prospective buyers should focus their pre-purchase physical inspection on the vehicle's front steering geometry and running gear. Because front tyres were flagged for edge wear on three separate MOT occasions, inspect all four tyres across the entirety of the tread face, feeling across the surface for uneven shoulder wear, feathering, or inner-edge baldness. During the road test, assess whether the steering wheel remains centred while travelling on a flat, straight road, and check for signs of steering pull, wandering, or tramlining under acceleration, which may indicate worn track rod ends, degraded suspension bushes, or uncorrected tracking geometry. Braking performance also warrants close verification in light of previous advisories concerning thin friction material. Inspect the rear brake discs through the wheel spokes for substantial lipping, scoring, or heavy surface corrosion across the braking sweep, and check that adequate friction material remains on both inner and outer brake pads. While driving, apply the brakes progressively from varying speeds to confirm firm pedal resistance, ensuring there is no pedal judder, vibration, or tendency for the vehicle to pull to one side under heavy deceleration that might signal sticking calliper sliders or unevenly worn braking components.