2013 Ford Focus 1.6L Diesel · HA11 MHT

A clear pattern emerges across the DVSA testing history of this 2013 Ford Focus: while the vehicle has consistently passed its roadworthiness examinations, the recurring nature of specific advisory items points toward progressive wear on components that a buyer should not ignore. The most recent test on 5 December 2025 produced a pass, but flagged low tread depth on both front tyres and the nearside rear tyre, continuing a trajectory of monitoring that began in earlier years. The December 2024 test had already noted front brake discs worn but not excessively on both sides, alongside a nearside rear coil spring showing corrosion, indicating that the suspension and braking systems are now in a mid-life wear phase. The 2023 cycle included both a pass and a failure on the same date, the failure attributed solely to an inoperative registration plate lamp, an electrical fault that is typically minor but worth noting as a rectification rather than a systemic concern. Taken together, the record shows a vehicle that has remained fundamentally roadworthy but is beginning to surface the kind of advisories one would expect from a thirteen-year-old car accumulating wear on consumable and suspension components. With 87,976 miles recorded against a thirteen-year lifespan, this Focus averages roughly 6,767 miles annually, a figure that sits comfortably within the expected range for a car of this age and suggests neither excessive high-mileage motorway use nor long periods of inactivity. There are no significant gaps in the testing record that would indicate a multi-year lay-up, which means corrosion patterns are likely the result of gradual exposure to wet roads and winter salt rather than the severe underbody scaling that often affects vehicles left standing for extended periods. Mileage accumulation appears steady and typical, which generally translates to even wear across the drivetrain, though the underbonnet and suspension components will have experienced consistent thermal and mechanical cycling rather than the cold-start stress associated with very low annual use. For a prospective buyer, the front brake discs flagged in late 2024 are a priority inspection point. By now they may have reached minimum thickness or developed a lipped outer edge, so a test drive should include firm braking from speed to check for steering wheel vibration, pedal pulsation, or any grinding sensation. If the discs have been replaced, verify the quality of the replacement and confirm new pads were fitted simultaneously, as worn pads against fresh discs can quickly score the new components. On the nearside rear coil spring, the 2024 advisory noted corrosion; coil spring corrosion on a Focus of this age is common, particularly on the rear axle, and while a corroded spring has not yet failed the test, it can progress toward fracture. With the driver’s weight loaded in the rear seat, listen for any metallic clunk or thump over uneven surfaces, which could indicate a spring that has snapped or a worn lower seat. Also inspect the nearside rear shock absorber for any signs of oil misting or leakage, as corroded springs often correlate with tired dampers. The tyre tread advisories from December 2025 mean replacement is imminent, so budget for a full set and check that all four tyres are of matching brand, size, and tread pattern to avoid differential ABS or traction control behaviour. On the test drive, pay particular attention to the front suspension, as Focus models of this generation are known for wear in the lower wishbone bushes and front anti-roll bar drop links; listen for clonking over speed humps and test the steering for any vagueness, pulling to one side, or knocking when turning at low speed. The single lighting failure from 2023 is not a recurring pattern, but it is worth confirming all exterior lamps, including the number plate illumination, function correctly during a pre-purchase walkaround. Finally, given the underbody corrosion risk suggested by the rear spring advisory, a raised inspection or ramp check would be advisable to assess the rear axle mounting points, brake pipe surfaces, and sill integrity, areas that MOT testers cannot fully evaluate from ground level alone.