2008 Ford Fiesta 1.2L Petrol · SD08 KRE

Structural wear and mechanical fatigue represent the primary concerns for this vehicle, as evidenced by a significant 2019 failure that necessitated repairs to the nearside front wheel bearing and the constant velocity joint boot. While the record shows a return to clean passes in the most recent assessment on 1 September 2021, the history of major component failure in the front drivetrain indicates that these high-stress areas have been subjected to substantial operational strain. The transition from a major failure to a clear test suggests that these specific defects were addressed, yet the age of the vehicle means these steering and suspension components remain points of focus for any prospective buyer. Accumulating 110,584 miles over eighteen years results in an average of approximately 6,144 miles per annum, a figure that aligns with standard usage patterns for a vehicle of this classification. The consistent testing intervals between 2015 and 2021 indicate that the car has not suffered from prolonged periods of inactivity, which often lead to seized brake calipers or perished rubber components. However, the lack of recorded MOT data beyond September 2021 is a critical factor that must be addressed, as the vehicle has effectively been off the public road for the past five years. This extended period of dormancy requires a thorough inspection of the braking system for surface corrosion on the discs and potential seizure of the sliding pins, as well as an assessment of the fuel system and rubber seals that may have degraded during the hiatus. When conducting a test drive, pay close attention to the front end, specifically listening for any rhythmic clicking or knocking sounds during tight cornering, which would indicate a recurring issue with the constant velocity joints. The steering should feel precise, and any vibration felt through the steering wheel at motorway speeds may point to premature wear in the wheel bearings or tracking misalignment, both of which were highlighted in the vehicle's past failure record. Ensure that the vehicle tracks straight under braking and that there is no pulling to the nearside, as this could suggest that the previous repairs to the suspension geometry were not fully resolved or that new play has developed in the track rod ends or lower ball joints. Finally, evaluate the condition of the lighting and electrical systems, as a simple stop lamp failure was previously flagged alongside the mechanical issues. During the inspection, verify that all bulbs illuminate correctly and that the headlamp aim remains consistent, as the 2019 failure noted an issue with the nearside alignment. Given the vehicle's age and the five-year gap in its testing history, a cold-start assessment is vital to check for any irregular engine idling or exhaust smoke, which could indicate issues with the fuel delivery or combustion efficiency that have emerged since the car was last formally inspected.