2010 Ford Focus 2.5L Petrol · ST10 MAD

A clean bill of roadworthiness at the most recent assessment on 28 January 2025 caps a stabilising trend for this Ford Focus, following two unrecorded failures earlier in 2023 which were almost certainly remedied and returned to test just two days later on 16 June 2023. With no advisories, no advisories on the previous pass, and no defects recorded against either failure entry itself, the DVSA file is unusually sparse in component information. For a sixteen-year-old vehicle, the absence of any flagged corrosion, brake, suspension, or emissions items across four consecutive tests is a positive mechanical indicator, suggesting the structure and key safety systems have held up without the typical advisories seen on cars of this vintage. The mechanical story here is one of consistency rather than a specific chronic weakness, though the lack of recorded advisories should not be mistaken for a guarantee that everything underneath is in as-new condition. Annual mileage of approximately 7,188 miles is broadly typical for a car of this age, and the recorded accumulation between tests appears to reflect steady, moderate use rather than any rapid spike or extended period of standing. The gap between the January 2023 failure and the June 2023 re-test is a normal repair-and-return cycle rather than a sign of a long-term off-road status, and the subsequent twenty-month interval to the January 2025 pass aligns with normal MOT scheduling. This usage pattern is mechanically favourable: moderate annual mileage tends to keep seals, bushes, and brake components working without the dry-out and corrosion issues associated with very low annual mileage, while not accumulating enough mileage to imply heavy wear on the drivetrain. The Focus should therefore have experienced normal age-related wear on consumables rather than the accelerated degradation seen on high-mileage examples. For a prospective buyer, the absence of flagged items means attention needs to centre on areas the MOT cannot fully judge, particularly the condition of the ageing rubber and plastic components typical of a Focus of this generation. On a test drive, listen for clonks or knocks from the front suspension over speed humps and uneven surfaces, which would point to worn lower wishbone bushes, drop links, or anti-roll bar bushes, all known wear items on the Focus Mk2/6 platform. Feel for any vibration through the steering wheel under braking, which can indicate warped front discs rather than pad wear, and check for a soft or spongy brake pedal that might suggest corroded brake pipes or a sticking caliper. At the rear, a knocking noise over bumps can signify worn rear axle bushes, while pulling to one side under braking or a binding handbrake suggests rear caliper or drum-brake mechanism issues. Beyond the suspension and braking systems, the test drive should also cover the cooling system, clutch operation, and general fluid condition given the vehicle's age. With the engine at operating temperature, verify that the cooling fan cuts in correctly and that there is no significant steam from the bonnet, as water pump and thermostat failures are common on higher-mileage Duratec and TDCi units of this era. For manual examples, check for clutch slip on a hill start in a high gear, any grinding on gearchanges, and ensure the handbrake holds the vehicle on a moderate incline without excessive travel. Finally, inspect the underside or at least the visible inner arches and subframe mounting points for any surface corrosion, as structural rust around suspension turrets and the rear axle is the most common reason older Focus models begin to fail MOT testing, even when the preceding test history is clean.