2008 Ford Focus 1.8L Diesel · CF57 BFA

The vehicle presents a concerning maintenance trend that appears to be worsening despite its recent pass in January 2026. While the most recent test at 81,350 miles only flagged a loose exhaust heat shield, the preceding failure in January 2025 at 76,154 miles revealed significant mechanical issues, including an ABS fault, excessive smoke emissions from the turbo engine, and a tyre with exposed cords. The January 2026 failure also highlighted missing road wheel fixings on both the offside rear and offside front, which suggests a lack of basic attention to fundamental safety components during recent upkeep. At 81,350 miles, the vehicle has covered a relatively low distance for an 18-year-old car, averaging approximately 4,500 miles per year. The mileage accumulation remains steady, with roughly 4,000 to 5,000 miles added annually between 2020 and 2026. This low-use pattern often leads to components such as suspension bushes and tyres ageing through time rather than wear, which is evident in the recurring suspension and tyre issues noted throughout the history. A prospective buyer must prioritise a physical inspection of the suspension and drivetrain. The records show a persistent pattern of worn suspension arm bushes, specifically flagged in February 2024 at 72,044 miles and previously in February 2023 at 67,411 miles. The split offside front CV boot noted in February 2024 also warrants a close look to ensure the drive shaft has not suffered damage from dirt ingress. Given the January 2025 failure regarding turbo-related smoke emissions, the engine's combustion efficiency and the condition of the turbocharger should be thoroughly evaluated. The braking system and wheel security require immediate verification. The tester identified an ABS fault in early 2025, and the most recent failure involved missing wheel fixings, which indicates a potential oversight in basic mechanical maintenance. Checking for any signs of corrosion on the brake discs and ensuring all wheel bolts are present and correctly torqued is essential. The history of fractured coil springs in 2020 further reinforces the need to inspect the entire underside for structural integrity and component fatigue.