2013 Ford Fiesta 1.0L Petrol · SV63 CUG

The 2013 Ford Fiesta passed its most recent MOT on 7 August 2025 at 28,992 miles, but the maintenance trend is clearly worsening. That pass came only after a failure the previous day on 6 August 2025 at the identical mileage, indicating the car sat unrepaired for a full year before remedial work was carried out. Even then, the tester still flagged multiple corrosion-related advisories on the rear structure, front sub-frame, rear rear axle, and a nearside front brake pipe, alongside a damaged rear upper coil spring mounting with perished upper seats. These are not fresh defects. They mirror the exact same corrosion items noted in the 2025 failure, meaning the pass was granted on a vehicle with known structural and braking system corrosion that has not been fully rectified, only assessed as not yet critical. The mileage pattern tells a story of extremely low use followed by a notable jump. Between 2023 and 2024 the car covered roughly 4,148 miles in a single year, and then between August 2024 and August 2025 it added a further 4,395 miles. That is a sharp acceleration for a vehicle that had previously averaged well under 2,500 miles annually. The recorded figure of 28,992 miles is exceptionally low for a 13-year-old supermini, suggesting either genuine light use or extended periods standing still, both of which carry their own risks for seized components, perished rubber, and moisture-related corrosion in brake lines and structural mounts. A buyer should treat the corrosion items as the primary concern. The rear chassis structure, front sub-frame, and rear axle all appear repeatedly in the record as corroded, and the nearside front brake pipe was specifically noted as corroded and contaminated with grease or other material. These are structural and hydraulic safety-critical areas, not cosmetic surface rust. The rear coil spring upper mounting remains a live issue, with the seats described as perished and beginning to deteriorate. Any in-person inspection must include a thorough underside examination of the sub-frame mounting points, brake pipe runs along the nearside, and the rear spring seats for signs of advanced pitting or cracking. Beyond the corrosion, the history reveals a pattern of neglected driveline and steering wear. The 2024 failure flagged split constant velocity boots on the nearside front driveshaft with a missing clip, and the 2025 failure identified excessive play in the offside front track rod end ball joint. Both items suggest the car was driven with deteriorating protective components, accelerating wear on expensive assemblies. Front brake discs were noted as worn and pitted in 2023, and while no repeat advisory appeared in 2025, the low-mileage profile means these could be original components now well past their serviceable life. A test drive should focus on tracking stability, any clunking from the front end, and brake feel under firm application.