2009 Ford Fiesta 1.6L Diesel · LR09 LFV

A 2009 Ford Fiesta with this MOT profile is, above all else, a car with a demonstrable structural integrity problem that has already been flagged as serious at test. The offside front outer sill was recorded on 19 September 2025 as corroded to the extent that the rigidity of the assembly is significantly reduced, classified as a Major failure under the structural integrity category. That is not a surface rust advisory; it is a component the tester judged to have lost meaningful strength, and any subsequent purchase must treat the sill repair or replacement as an immediate, non-negotiable cost rather than a cosmetic concern. Compounding this, the vehicle also exhibits an electrical reliability issue centred on the rear lamp cluster. An offside stop lamp failure was recorded in 2024 and a near side stop lamp failure in 2025, suggesting either deteriorating bulb holders, fractured printed circuits within the unit, or wiring faults at the body-to-tailgate or body-to-rear-panel interface. Both items were rectified within days in their respective years, as evidenced by the clean passes dated 22 September 2025 and 30 September 2024, so the garage work has been performed, but the recurrence indicates the underlying cause may not have been fully addressed. With the 2025 structural failure now on record, the mechanical trajectory is clearly one of accelerating deterioration rather than stable roadworthiness. Against a seventeen-year working life, 111,868 miles equates to a fairly typical annual accumulation of around 6,580 miles per year, and there are no extended gaps in the testing record that would suggest the car has been laid up for prolonged periods. That continuous service pattern is mechanically favourable for items such as the clutch, gearbox, drivetrain mounts, exhaust system internals, and 12V battery condition, none of which thrive during long stationary spells. The mileage is high enough, however, to mean that most consumable wear items are well past mid-life, and the 2023 advisory set already pointed towards degradation in the front suspension and steering geometry that is consistent with a vehicle that has covered substantial urban mileage over kerbs and speed humps. The test history shows only single-year gaps between failures, meaning the car has been in active use throughout, so any latent corrosion will have been actively progressing while the vehicle was being driven. For a prospective buyer, the immediate priority is a hands-on inspection of the repaired offside front outer sill, and ideally a second opinion from a body specialist or welder before purchase. A proper repair under MOT rules requires the replacement section to be of equivalent or superior corrosion resistance, typically meaning a proper welded in panel rather than a fibreglass or filler overlay, so the buyer should establish what work was actually carried out between the 19 September and 22 September 2025 tests and whether any invoices, photographs, or guarantees exist. Beyond the sill, the 2023 advisories on both front suspension arm ball joints and the offside front track rod end ball joint should be treated as components that are almost certainly closer to failure now than they were two years and roughly 13,000 miles ago. On a test drive, listen for clonking or knocking from the front suspension when traversing speed humps or potholes at low speed, and feel for any vagueness, wandering, or inconsistent self-centring in the steering, particularly under braking. With the steering wheel stationary and the engine off, rock each front wheel at three and nine o'clock to detect any renewed play in the ball joints, and pay particular attention to uneven or feathered front tyre wear, which would confirm that the geometry has shifted. Finally, the recurring stop lamp failures warrant their own functional check rather than a visual glance. With the ignition on and the brake pedal depressed, walk around the rear of the vehicle and confirm both bulbs illuminate at full brightness without flicker, and inspect the lamp lenses and housings for signs of water ingress, corrosion on the bulb contacts, or heat distortion. The offside front headlamp not working on dipped beam in 2024 should also be probed; modern Fiesta headlamp connectors are known to suffer from heat-related connector failure, so verify that both dipped beams produce an even, well-defined beam pattern on a wall at night, and that the offside unit has not been substituted with an aftermarket part of differing light output. Given the combination of a structural sill Major on record, prior front suspension and steering play advisories that have had two further years to develop, and an electrical gremlin that has already manifested in two consecutive test cycles, this vehicle is only suitable for a buyer prepared to budget for, and verify the quality of, the sill repair and to replace the front suspension and steering linkage components as a matter of course rather than as an optional improvement.