2011 Ford Fiesta 1.2L Petrol · CP11 FCJ

The 2011 Ford Fiesta presents a concerning mechanical picture dominated by a series of progressive brake-related failures that have progressively worsened over the past two years. The vehicle last failed at the MOT centre on 2026-06-03 with three major defects including nearside front brake pads measuring less than 1.5mm in thickness, both front and offside front brake discs described as being in a condition of serious weakening, and an offside rear brake disc similarly compromised. This failure followed an earlier breakdown on 2025-01-20 where the same brakes and rear suspension issues surfaced before the initial pass in January 2025. The current successful test in June 2026 masks underlying deterioration, suggesting the repairs following the 2025 failure may not have addressed the root causes. The overall trajectory of the MOT record indicates a vehicle whose critical safety systems have repeatedly failed, and while the latest result appears positive, the accumulated severity of prior failures warrants immediate attention before committing to purchase. At 70,029 miles on a 15-year-old car, the vehicle's odometer reading is anomalously low compared to its age, translating to approximately 4,669 miles per annum—a figure far below typical usage patterns for a passenger hatchback of this era. This discrepancy raises questions about whether the mileage reflects genuine driving or prolonged periods of inactivity, seasonal storage, or infrequent use. The testing gap between the January 2024 pass and the January 2025 failure spans several months, followed by a six-month interval until the second failure in mid-2026. Such irregularities in the MOT schedule suggest inconsistent maintenance intervals and potentially neglected servicing, which compounds the reliability concerns already evident in the brake and suspension assessments. The combination of unusually low mileage alongside repeated major failures implies that the vehicle's wearable components—particularly the braking system and rear suspension—have been under significant stress despite limited operational exposure. The braking system represents the most urgent area requiring scrutiny. The nearside front brake pads are critically thin at less than 1.5 millimetres, indicating imminent replacement and a substantial loss of stopping power. When performing a test drive, pay close attention to how quickly the vehicle decelerates from moderate speeds and whether there is any spongy or delayed pedal response. A firm, linear brake pedal with consistent pressure throughout the travel is essential; any softness or pulsation would confirm the severe pad wear. Additionally, watch for vibrations through the steering wheel or chassis during hard braking, which could signal deeper caliper or rotor damage beyond the surface-level measurements reported by the MOT. The front and offside front brake discs being described as "seriously weakened" further suggests that rotors may be scored or thinned to the point of reduced heat dissipation and uneven contact with the pads, potentially causing pedal drag or lock-up under hard application. Beyond the brakes, the rear suspension system shows clear signs of degradation through the documented corrosion of rear coil springs since January 2024 and their continued presence as a failure factor in subsequent tests. On a test drive, listen for clunking or knocking noises as the vehicle passes over potholes or speed bumps, particularly in the rear axle housing and strut mounts. Check for visible play in the rear swing arm bushings and ensure the steering does not exhibit noticeable pull to either side during straight-line motion. The rear tyres, flagged as damaged or cracked in the 2025 assessment, should be inspected for sidewall separation, bulges, or uneven tread wear that exceeds the original specifications. Given the corroded spring history, verify that the subframe and mounting points show no extensive rust penetration, as this could compromise structural integrity and cause the rear end to develop alignment issues over time. Addressing these components promptly will be essential to restoring safe handling and preventing potential catastrophic failure during normal driving conditions.