2013 Ford Focus 1.0L Petrol · LL13 VNN

Chronic suspension degradation and recurring coil spring failures define the mechanical history of this vehicle. While it passed its latest test on 12 March 2026, the records show a persistent pattern of spring failure, with the nearside front fracturing in 2021 and the offside front fracturing in 2025. The current status indicates a continuing trend of wear, as the offside rear coil spring has been flagged for corrosion across multiple years, and a new advisory for play in the nearside front inner steering rack joint has emerged. The recorded mileage of 87,452 miles is typical for a vehicle of this age, averaging approximately 6,727 miles per year. This steady accumulation suggests regular use rather than prolonged periods of standing, which generally means the engine and drivetrain have been exercised. However, this level of usage combined with the vehicle's age makes the observed wear on suspension components and brake discs expected, as these consumables are subject to fatigue and environmental corrosion over a decade of operation. Particular attention must be paid to the front steering and suspension during a physical inspection and test drive. The recent advisory regarding play in the nearside front inner steering rack joint may manifest as a slight vagueness in steering response or a knocking sensation when turning the wheel at low speeds. Additionally, the recurring corrosion and previous fractures of the coil springs suggest a vulnerability to structural fatigue; listen for metallic clunks or creaks when traversing speed bumps or uneven road surfaces. The braking system has a history of pitting and wear on the front inner discs, as noted in multiple tests between 2023 and 2024. A test drive should focus on detecting any pedal judder or pulsations during deceleration, which would indicate the discs have progressed from pitting to warping. Finally, the loose front undertray noted in the most recent test should be checked to ensure it is properly secured, as a loose tray can vibrate or catch on road debris, potentially causing further damage to lower engine components.