2003 Ford Fiesta 1.4L Petrol · CP03 OXJ

The vehicle is currently roadworthy, but the maintenance history reveals a trend of recurring structural and hydraulic system issues. While the most recent test in March 2026 at 76,929 miles passed with only advisories for deteriorated registration plates, the preceding years show a history of significant mechanical degradation. The trend appears stable following major repairs in early 2022, though the persistent presence of corrosion and component wear suggests a vehicle that is susceptible to age-related decay. At 76,929 miles over 23 years, the mileage profile is exceptionally low, averaging approximately 3,345 miles per year. This low usage is evident in the long gaps between 2022 and 2026, where the car covered only 23,767 miles in total. However, low mileage on a vehicle of this age often correlates with thinning of rubber components and metal oxidation, which is evidenced by the repeated failures related to brake pipes and subframe-related issues that tend to dry out and degrade despite the lack of high road use. A buyer must prioritize a thorough inspection of the subframe and braking lines, as these were flagged for serious corrosion and leaks in 2022 and 2024. Although the offside front subframe was noted as seriously weakened in 2022, the buyer should verify the repairs actually performed. The recurring mention of corroded brake pipes in 2023 and 2024 indicates that the hydraulic system is vulnerable, and the nearside rear wheel bearing noted as noisy in 2025 should also be checked to ensure it has been replaced. Suspension and wheel components also require close attention due to the 2024 report of a worn anti-roll bar linkage ball joint and a buckled front wheel. The history also notes a minor oil leak from 2024, which warrants a visual check of the engine seals for any active weeping. Given the vehicle's age and the history of neglected consumables like pitted brake discs and worn tyres, the car likely requires a proactive maintenance schedule to prevent further structural or mechanical failure.