2009 Ford Focus 1.6L Petrol · SL09 RLV

A pattern of intermittent but specific braking and lighting defects defines the mechanical record of this 2009 Ford Focus, with the most recent test on 2026-04-01 capturing the current state. On that date the vehicle passed an MOT alongside a retest after failure, but the failure itself is significant: the parking brake efficiency was recorded as below requirements, and the nearside parking brake mechanism was found inoperative on one side. Such a defect is not a transient electrical or bulb failure but a mechanical issue within the rear caliper, cable, or handbrake lever assembly, suggesting the rear braking system warrants thorough physical inspection. The 2025 test shows a similar isolated but specific defect, a nearside front headlamp not functioning on dipped beam, which points to a wiring, bulb, or connector issue rather than general component wear. Across three years of testing the vehicle has only been presented for MOT on three occasions, which is normal for a car of this age, and the overall trend shows a vehicle that can pass tests but has demonstrated repeated single-component failures on the day of inspection. The recorded mileage of 53,938 miles across roughly seventeen years equates to an average accumulation of around 3,170 miles per year, which is low for a car of this vintage and indicates either extended periods off the road or predominantly short-trip use. Lower annual mileage typically results in reduced wear on major drivetrain components such as the engine, clutch, and gearbox, but it can also lead to accelerated deterioration of rubber and polymer items, including suspension bushes, drive shaft boots, brake seals, and coolant hoses, due to prolonged static exposure and infrequent lubrication cycles. Brake discs and pads can suffer from surface corrosion if the vehicle is rarely driven, particularly in damp UK conditions, which may explain the persistent parking brake inefficiency if the rear mechanism has seized from disuse. The mileage consistency between tests appears stable with no sudden large increases or gaps that would suggest clocking concerns, but the low usage pattern remains a defining factor in any mechanical evaluation. Given the flagged parking brake failure and the advisory relating to light corrosion on both front and rear subframe and suspension components, a prospective buyer should prioritise a physical inspection of the underside of the vehicle on a ramp or over a pit. Listen for clonks, knocks, or creaks from the front and rear suspension over uneven road surfaces, paying particular attention to the subframe mounting areas, anti-roll bar drop links, and lower control arm bushes, all of which are common corrosion points on a Focus of this generation. Inspect the rear brake calipers, handbrake cables, and lever mechanism for seized pistons or stretched cables, which would explain the recorded inoperative side, and test the handbrake on an incline to confirm it holds without excessive travel. Examine both front headlamp units for condensation, cracked lenses, and secure bulb connectors, since the prior failure may have been a precursor to a recurring electrical fault rather than a one-off bulb failure. On a road test, the buyer should evaluate brake feel carefully, noting any pulling to one side under firm pedal pressure, which could indicate a binding caliper or a partially seized rear brake mechanism, and check that the pedal returns smoothly without sponginess. Steering response should be assessed for vagueness or knocking through the rack on full lock, both of which are common on higher-mileage or older Focus models but which on this low-mileage example may indicate seized inner tie rod ends from disuse. Finally, observe the vehicle at idle from the rear for exhaust smoke and listen for any irregular camshaft or timing chain rattle, as low annual mileage can allow oil seals to dry out and result in oil misting or leaks when the vehicle is returned to regular use.