2004 FORD FOCUS1.6L Petrol

The vehicle presents a concerning maintenance trend characterized by escalating structural and mechanical degradation. While the most recent recorded test in September 2022 at 119,183 miles resulted in a pass, the record shows a pattern of recurring failures and persistent issues. The vehicle has struggled with consistent compliance, particularly regarding braking systems and suspension components, which suggests that repairs are often reactive rather than preventative. The mileage pattern indicates low annual usage, averaging approximately 5,417 miles per year over its lifespan. This low frequency of use is evident in the gaps between tests, such as the period between 2017 and 2018, and the relatively slow climb from 75,327 miles in 2015 to 119,183 miles in 2022. While low mileage can imply less drivetrain wear, the history suggests that long periods of inactivity or light use may have contributed to the significant corrosion issues seen in the chassis and braking lines. A prospective buyer must prioritize a thorough inspection of the vehicle's structural integrity and underside. The MOT history shows a long-term struggle with corrosion, ranging from minor sill rust in 2018 to excessive corrosion on the offside rear suspension mounting in 2019. The tester also flagged significant rust on the front and rear suspension throughout 2022. Given the recurring issues with brake pipe corrosion and hose deterioration, the entire hydraulic braking system requires a close physical examination to ensure no further structural weakening of the lines exists. Suspension and steering components also require scrutiny. The record shows frequent failures and advisories regarding anti-roll bar joints, ball joints, and trailing arm bushes dating back to 2013. The 2022 test noted an oil leak and worn brake discs, which, combined with the history of exhaust mounting defects and lambda reading failures, suggests the mechanical condition is deteriorating. Any purchase should be contingent on a professional inspection of the chassis for through-rust and a verification of the current state of all suspension bushings and hydraulic connections.