2003 Ford Fiesta 1.4L Petrol · KD03 AHA

The vehicle has a recent roadworthiness status of passed at 61,607 miles on 20 February 2026, with no defects recorded. This marks a positive outcome after a period of instability, as the last two MOTs prior to this date included failures and advisories related to tyre wear and structural corrosion. The maintenance trend appears improving, as the most recent test shows compliance with safety standards after addressing previous issues. Mileage accumulation has been relatively steady, with increases of 1,812 miles between October 2022 and March 2024, followed by smaller increments of 1,988 miles to March 2025 and 1,758 miles to February 2026. This suggests consistent use over time, though the low annual average of ~2,679 miles aligns with the vehicle’s age and potential periods of reduced activity. No abrupt mileage spikes or prolonged gaps indicate irregular usage patterns. Recurring advisories from the 2024 MOT highlight wear on the nearside rear tyre (damaged/perished) and corrosion on the offside rear door, which failed due to sharp edges. These issues suggest deferred maintenance on consumables and bodywork, respectively. The buyer should inspect the rear suspension bushes and coil springs for wear, as uneven tyre degradation may indicate poor alignment or failing components. Additionally, the corrosion near the rear door warrants checking for structural rust in the boot, wheel arches, and sills, which could compromise safety if untreated. Brake performance has not been flagged in recent tests, but the 2024 failure noted binding rear brakes, implying potential issues with calipers or discs. The buyer should verify brake pad thickness, disc surface condition, and caliper movement during a test drive. Given the vehicle’s age, prioritize checking for play in the suspension joints, excessive play in the steering column, and integrity of the exhaust system, as these components are prone to deterioration in high-mileage or older vehicles. Addressing these areas proactively will mitigate risks of sudden mechanical failure.