2013 Ford Fiesta ST Turbo 1.6L Petrol · ML63 JFN

The odometer reads 88,832 miles on a 2013 Fiesta, which translates to approximately 6,830 miles per year over the thirteen years since its production run. This rate of accumulation is consistent with normal driving for a vehicle of this age rather than indicative of excessive wear, and the annual figure sits squarely within the expected range for a compact hatchback of this generation. Notably, there was a distinct period of lay-up following the two consecutive failures in late August 2022, with no recorded tests appearing until September 2022, after which the car returned to a steady stream of successful MOTs through 2025. The overall trajectory is therefore stable and improving, reflecting sustained compliance after the temporary setbacks. The mileage profile combined with the timing of the test results provides important context for the vehicle's mechanical evolution. The gap between the last failure in August 2022 and the most recent passing in September 2025 spans nearly three years, during which the car completed multiple annual inspections with no recorded defects. This interval suggests that the vehicle has been maintained regularly enough to keep the engine, transmission, and primary systems within their expected service envelopes. The gradual restoration of clean test results indicates that any underlying issues that caused the earlier failures have likely been addressed, although the exact nature of those problems remains unconfirmed by the available records. Given the documented failures in mid-August 2022, a prospective buyer should conduct a thorough physical inspection of components commonly associated with MOT failures. If the earlier failures were related to braking, examine the brake pads for wear, the rotor surfaces for scoring or glazing, and the caliper mounting points for any signs of leakage or corrosion. For the suspension, inspect the control arm bushings and subframe connections for play or loose hardware, as these areas frequently trigger warning indicators. The absence of current defects does not guarantee that these systems remain in perfect condition, so a hands-on test drive is essential to assess real-world handling, including how the car responds to bumps and corners, whether the steering feels pulled, and if there are any unusual noises or vibrations during acceleration or deceleration. During the test drive, pay special attention to the vehicle's response to rough pavement and speed changes, as underlying structural weaknesses such as subframe rust or frame flex can manifest as uneven ride quality or subtle steering pull. Brake performance should be evaluated by applying the footbrake firmly and listening for any knocks over speed bumps or feeling for pedal vibration that might signal worn pads or rotors. If the car has a history of any reported issues, requesting an independent pre-purchase inspection focused on the specific systems highlighted above will provide the greatest assurance regarding the true condition of the vehicle beyond what the official MOT records document.