2013 Ford Fiesta 1.0L Petrol · LL63 FNU

The 2026-06-18 test at 54,108 miles on a 2013 FORD FIESTA indicates the vehicle is roadworthy, though the MOT history reveals a significant deterioration in mechanical integrity that must be addressed. In the September 2023 test at 50,661 miles, the vehicle failed on both brake discs and suspension components, suggesting a lack of proactive maintenance and a pattern of neglect that has likely accelerated wear over the remaining 18 months of ownership. This suggests a trend of worsening mechanical condition, where consumables and critical structural parts are being consumed faster than the vehicle's age would normally justify. Regarding the mileage pattern, the vehicle has experienced a distinct gap in its annual mileage record, with no data points available for the 2024-2025 period, creating a significant risk of rapid accumulation of wear. The most recent test at 54,108 miles occurred in January 2025, placing the vehicle at approximately 4,162 miles per year. This low mileage for its age suggests either very light usage or a prolonged absence of owner activity, which could mask underlying mechanical issues. However, the consistent presence of severe brake and suspension faults across all tests indicates that the vehicle has not been adequately maintained during these gaps, potentially leading to premature failure. Given the recurring faults of worn brake discs, pitted brake pads, excessive suspension bushings, and swivel pins, the vehicle presents a serious mechanical risk that requires immediate professional inspection. A buyer should inspect the vehicle in person for binding brakes, excessive bushings, and structural integrity at the suspension points. The history of passing tests only on brake discs and suspension components without addressing the pads or bushings suggests that the vehicle has been under significant stress, which could result in catastrophic failure at any point in the future. The most recent test in June 2026 confirms that the vehicle is in a dangerous state, necessitating a full overhaul or replacement of critical components before the owner can drive it again.