2011 Ford Focus 1.6L Petrol · BT11 HDN

The vehicle presents a concerning trend of worsening suspension and chassis corrosion. While the September 2025 test resulted in a pass, the advisory list indicates significant deterioration in several key areas. The tester flagged corrosion on all four coil springs, the rear anti-roll bar, and both rear suspension arms. These issues represent a progression from the 2023 test, where only two coil springs were noted as corroded, to a state where the entire suspension setup is showing signs of structural decay. The recorded mileage of 85,968 miles is relatively low for a 2011 vehicle, averaging approximately 5,731 miles per year. This low usage pattern often correlates with the type of corrosion seen in the MOT history, as vehicles that sit idle for extended periods are more susceptible to surface rust and brake disc pitting. The data shows a consistent annual testing pattern with roughly 2,000 to 2,500 miles covered between each inspection, suggesting the car is used for short, infrequent trips rather than heavy motorway driving. A prospective buyer must prioritise a thorough underside inspection to assess the severity of the corrosion on the suspension arms and anti-roll bars. The recurring advisories regarding pitted and scored front brake discs since 2022 suggest that the braking components are not being regularly replaced or that the vehicle's low usage is allowing surface oxidation to build up. The steering rack inner joint play noted in 2024 also warrants a physical check to ensure the steering remains precise and free from excessive play. The repeated mentions of worn suspension bushes and corroded springs indicate that significant maintenance will be required in the near future to maintain roadworthiness. While the windscreen damage has been a consistent minor issue since 2024, the primary mechanical risks lie in the deteriorating condition of the chassis and suspension components. Any purchase should be contingent on verifying that the corrosion has not progressed from surface rust to structural thinning.