2010 Ford Fiesta 1.4L Diesel · FN60 KMU

The vehicle presents a mixed mechanical profile based on its DVSA MOT records and usage patterns. Over the years, it has accumulated a substantial mileage of 183,018 miles, which aligns with its age and suggests a consistent level of engagement, whether through regular driving or extended periods of inactivity. This long-term exposure has likely contributed to gradual wear across several systems, particularly in the suspension and braking components. The recurring advisories point to persistent issues that require attention, indicating a need for careful inspection before final assessment. On a test drive, the buyer should pay close attention to the handling characteristics, especially noting any irregularities in steering response or suspension play that may correlate with the reported nearside front tyre damage and constant velocity boot deterioration. The mileage figure of 183,018 miles is significant when considered against the vehicle’s 16-year lifespan, translating to an average annual consumption that reflects a fairly heavy usage pattern. This rate is typical for a 2010 model, but it also underscores the importance of evaluating the condition of critical systems such as the braking discs, which show signs of wear and scoring. The gaps in the record, particularly the longer interval between the 2023 and 2022 MOTs, suggest a possible period of reduced service or maintenance, which could impact reliability. The buyer should be cautious of any signs of fluid leaks or oil contamination, as these are often indicative of underlying mechanical stress that may not be immediately visible. When inspecting the car, focus on the specific areas flagged in the MOT history. The front brake disc and pads show clear wear patterns that could affect stopping power, while the rear components reveal corrosion and structural concerns that warrant immediate attention. The suspension bushings and tie rods exhibit notable play, suggesting potential instability over time. The buyer should also listen for unusual noises when turning or accelerating, as these can signal deeper mechanical faults. Overall, while the vehicle has a clean record in recent years, the accumulated mechanical stress from its usage history necessitates a thorough on-site evaluation to confirm its current roadworthiness.