2007 Ford Focus 1.6L Petrol · PX07 XRR

Widespread corrosion across the suspension system and chassis defines the mechanical trajectory of this vehicle, with a trend of deteriorating structural components. While the vehicle passed its most recent MOT on 1 December 2025, the record reveals a progression from a single corroded lower arm in 2022 to current advisories affecting both front lower arms, all rear suspension arms, and the rear sub-frame. This pattern of recurring chassis corrosion is accompanied by persistent issues with front brake disc wear and previous failures regarding the exhaust system and shock absorbers. The recorded mileage of 115,375 miles is consistent with its nineteen-year age, averaging approximately 6,072 miles per year. This steady accumulation suggests the vehicle has been used regularly rather than sitting for extended periods, which typically results in a higher degree of wear on rubber bushings, suspension linkages, and drivetrain consumables. The consistency of the annual testing cycle indicates a regular road-use pattern, though the recurring nature of the advisories suggests that wear-and-tear items have frequently approached their legal limits. Particular attention must be paid to the underside of the vehicle, specifically the rear sub-frame and all suspension arms, which are currently flagged for corrosion. During a physical inspection, check for heavy scaling or flaking metal on these components. On a test drive, listen for knocks or clunks when traversing uneven surfaces or speed bumps, which would indicate that the previously flagged suspension arm corrosion or the 2024 ball joint failure has led to further instability in the front end. The front brake discs have been flagged as worn, pitted, or scored across multiple years, including the most recent test. This should be monitored for pedal judder or a lack of braking consistency during deceleration. Additionally, given the history of major exhaust leaks and shock absorber failure, the buyer should listen for excessive drone from the rear of the vehicle and observe the car's stability over bumps to ensure the suspension is not bouncing excessively.