2011 Ford Focus 1.6L Petrol · CE11 FSA

The vehicle achieved a PASS at its most recent MOT test on 6 August 2025, following a FAIL recorded the day prior on 5 August 2025. This unusual one-day turnaround indicates that the failed items, which centred on tyre tread depth, a non-functioning dipped headlamp, and an insufficient washer fluid supply, were rectified in short order before a retest was carried out. Reviewing the broader MOT history reveals a generally stable maintenance picture, with passes recorded at every prior test since 2022, including a clean pass in December 2022 and a pass in August 2023 that carried only a single advisory regarding front brake disc wear. However, the August 2024 test produced four advisories covering both front tyres and both front brake discs, and the 2025 test subsequently saw major and dangerous defects arise on the front tyres and headlamp, suggesting that attention to these areas had lapsed before being brought back into compliance. The pattern is therefore one of a vehicle that is fundamentally serviceable but which requires ongoing diligence with respect to consumable wear items. With 119,003 miles recorded against a 2011 build year, this Focus has averaged approximately 7,934 miles annually over its life, which is broadly consistent with typical UK usage for a car of this age. There are no obvious anomalies such as extended standing periods or sudden accumulations of mileage, which suggests the vehicle has been in regular use rather than left idle for prolonged spells. Continuous running at moderate annual mileage tends to preserve mechanical condition, particularly of seals, gaskets, and brake components, although the recorded suspension, brake, and tyre wear advisories still align reasonably with the overall odometer reading. The relatively even annual usage means components have aged through normal service cycles, and routine servicing intervals should have been observed, though this should be confirmed against the service history. Given the recurring front-end advisories and defects, particular attention should be paid to the suspension geometry and wheel alignment. The repeated inner-edge tyre wear on both front tyres in 2024, followed by dangerous tread-depth failures on both front tyres in 2025, is highly indicative of either misalignment, worn suspension bushes, or top mount wear allowing the camber to drift. On a test drive, listen for clonking from the front suspension over bumps, vague or wandering steering, uneven steering self-centring, or excessive road noise from the front tyres, all of which can point to failing wishbone bushes, track rod ends, or anti-roll bar drop links. The front brake discs have been flagged in three consecutive tests for corrosion and pitting on their inner faces; on inspection, run a finger along the inner edge of each disc to feel for a pronounced lip or stepped corrosion ridge, as this can cause brake shudder under heavy application. It would be prudent to budget for a set of front brake discs and pads within the near term. Beyond these specific items, the age of the vehicle warrants several age-related checks irrespective of mileage. Tyre sidewalls should be examined closely for cracking, perishing, or ozone damage, as fifteen-year-old rubber can deteriorate even with adequate tread depth. The 12-volt battery should be tested for cranking strength, since a 2011 battery is well beyond its typical four to six year lifespan and cold starting may become unreliable. Inspect under-bonnet and under-floor areas for fluid leaks, paying particular attention to the cam cover gasket, power steering hoses, and the radiator, as seals harden with age. Coolant and brake fluid should have been renewed on a calendar basis regardless of mileage, typically every two to three years for brake fluid and every four to five years for coolant, and evidence of recent renewal should be sought. Finally, with the headlamp failure noted in 2025, verify operation of all exterior bulbs including main beam, indicators, and tail lamps, and confirm that the headlamp lens is not clouded to the point of reducing beam efficacy, as MOT inspection standards for headlamp condition continue to tighten.