2012 Ford Focus 2.0L Diesel · EF62 FVD

Persistent tyre wear and progressive mechanical degradation define the roadworthiness history of this fourteen-year-old Ford Focus, culminating in a pass recorded on the twelfth of December 2025 at one hundred and one thousand four hundred and twenty-two miles. While the vehicle has secured pass certificates across its annual testing cycle, the history reveals recurring minor and major defects, including a fractured nearside front coil spring and a persistent engine oil leak noted over multiple years. The most recent examination issued advisories for an offside front outer brake pad wearing thin, alongside both front inner and nearside rear outer tyres wearing close to the legal limit with edge wear and perishing, indicating that several consumable components require immediate attention. Accumulating roughly seven thousand two hundred miles per year over its fourteen-year life, the mileage profile sits squarely within the typical range for a vehicle of this age and class. There are no concerning gaps in the testing chronology, suggesting regular annual use rather than extended periods of stationary storage. This consistent rate of use means the engine, transmission, and auxiliary systems have experienced regular thermal cycles, though high-mileage chassis components like suspension bushes, wheel bearings, and steering joints will naturally show cumulative wear requiring physical verification during a pre-purchase inspection. The physical inspection on a test drive must focus heavily on the items flagged in the recent and historical MOT logs. Listen closely for knocking, creaking, or metallic clunking noises from the front suspension over speed bumps and rough road surfaces, which would indicate worn anti-roll bar links, top mounts, or failing coil springs similar to the one that fractured previously. Pay attention to the braking system by testing for any pedal travel, softness, or grinding sounds that confirm the thinning brake pads noted on the latest test need replacing, and check that the steering tracks straight without pulling under braking. Safely elevate the vehicle or inspect the underside with a torch to investigate the source of the engine oil leak that was repeatedly noted in earlier test certificates. Determine whether the moisture originates from a simple rocker cover gasket, sump seal, or a more serious oil pressure switch or crankshaft seal. Finally, inspect all four tyres closely for the tread depth and rubber degradation highlighted in the recent advisories, factoring in the immediate cost of replacing these rubber consumables and any nearing brake components before committing to a purchase.