2009 Ford Focus 1.6L Diesel · EO09 DVT

The mechanical picture for this 2009 Ford Focus is defined primarily by its volatile test history rather than any documented wear pattern. The most recent outcome on 11 July 2025 was a failure, which breaks what had otherwise been a run of passes at the 2024 and 2023 summer tests, and sits only twelve days after a successful pass on 21 July 2023. That earlier 2023 test also followed a failure on 15 July 2023, indicating the vehicle has now failed three of its last five recorded presentations. While the DVSA record lists no specific defects on any of these entries, the clustering of failures around the same summer period in two consecutive years points to a component that deteriorates rapidly with use between tests, likely a brake, suspension, or tyre-related item that is sensitive to seasonal temperature change, pad and disc wear progression, or corroded under-bear hardware common to this model at this age. A prospective buyer should not treat the absence of advisory text as evidence of a clean car; it only means the specific items were not borderline enough to record, not that the underlying components are sound. With 110,153 miles accumulated over roughly seventeen years, the annual rate of around 6,480 miles is entirely consistent with regular commuter or family car use, placing it squarely in the average band for its cohort. There are no extended gaps in the recorded testing history that would suggest long periods off the road, and the relatively even spacing of tests at roughly twelve-month intervals confirms continuous use. That said, on a Focus of this vintage and mileage, mechanical fatigue on wearing components is well advanced. The engine, transmission, clutch, and major ancillary wear items will have absorbed significant cumulative duty cycles, and consumables such as timing chain components, dual-mass flywheel, and turbocharger if fitted have either been replaced or are approaching the upper end of their designed life. Continuous use of this nature is mechanically healthier than low-mileage accumulation that allows seals to dry out and oil to drain from infrequently cycled components, so there are no obvious red flags from the mileage profile itself. Because no advisories were captured in the available record, buyer guidance must focus on the areas typically associated with late-life failure on this generation of Focus. On the suspension, the front lower wishbone front and rear bushes, anti-roll bar drop links, and front strut top mounts are known wear items that produce clonking over speed humps and uneven road surfaces, vague or wandering steering, and uneven front tyre wear. Test the car firmly over broken tarmac at a moderate speed and listen for any single knock or rattle from the front end, particularly when pulling away from rest or reversing over a kerb. On the braking system, the rear drum mechanism can bind due to corroded adjusters and seized shoe pivot points, manifesting as a dragging sensation, handbrake pull to one side, or rear disc becoming excessively hot after a long drive. The front caliper sliders on earlier-built cars seize and cause uneven pad deposition, leading to a flat spot on the disc, visible judder through the steering wheel under braking, and a brake pedal that feels firm but lacks progressive response. Lift each front wheel and check for free rotation by hand after the caliper has been released, and feel for a lip on the outer circumference of the front discs with a gloved finger. Beyond the chassis, the 1.6 and 1.8 petrol, and the 1.6 TDCi diesel variants fitted to this generation Focus carry their own characteristic wear signatures worth probing on a road test. Diesel examples are prone to dual-mass flywheel rattle on overrun and clutch slip under high load, particularly in higher gears, while petrol units can develop timing chain stretch with a discernible rattle on cold start that fades as oil pressure rises. Listen for any auxiliary drive belt squeal on initial start-up, and check for oil misting around the cam cover and sump gasket areas, as the PCV system on high-mileage examples is known to push vapour past ageing seals. On the road, verify that the steering returns to centre without residual input, that the clutch bite point is consistent and not excessively high, and that the engine pulls smoothly through each gear without hesitation or vibration. Finally, inspect the under-bear condition through the wheel arches and along the sill seams for any bubbling or perforation corrosion, as the Focus is known to develop structural rust in the rear wheel arches, inner sills, and around the rear axle mounting points, all of which can compromise structural integrity on a seventeen-year-old vehicle regardless of MOT status.