2016 Ford Fiesta 1.5L Diesel · FD16 LPX

The 2016 Ford Fiesta carries a clear mechanical narrative shaped by a generally robust roadworthiness record punctuated by a single significant failure in early 2021 followed by a period of clean servicing culminating in a satisfactory October 2024 MOT. The vehicle passed every MOT test from March 2021 through October 2024 with only one incidental failure—the 2021 major fault involving an excessively worn front suspension arm ball joint—accompanied by minor issues with the nearside registration plate lamp and rear tyres approaching legal wear limits. This pattern indicates the car remained roadworthy throughout its later life but experienced notable suspension degradation that required attention before the last successful test. The overall trajectory is one of stability rather than deterioration, yet the cumulative effect of the earlier suspension problem combined with the elevated usage profile demands careful examination before committing to purchase. At 131,186 miles on a ten-year-old vehicle, the annual mileage accumulation averages approximately 13,120 miles per year—a rate substantially higher than the typical expectation for such an age group. Such elevated usage places proportionally greater stress on the suspension system, brake components, and drivetrain, meaning that even with the 2021 repair completed, the front suspension arm bushings may still exhibit residual fatigue or limited lifespan under heavy load. The absence of any further MOT failures since 2021 suggests the engine, transmission, and basic electrical systems have held up adequately, but the high mileage accelerates the physical wearing of wear items. The 2021 failure occurred midway through the vehicle's lifecycle, while the subsequent clean tests indicate the repairs resolved the identified problems, leaving the core powertrain and chassis largely intact despite the demanding usage history. Focused on the specific components flagged in the historical record, the front suspension arm ball joint warrants particular scrutiny during a test drive. Excessive wear at this location typically manifests as a clunking or knocking sensation over bumps, especially noticeable during hard acceleration or deceleration when the arm engages the suspension geometry. Listen for any audible play in the suspension linkage area and verify that the ride feels firm without excessive flex. The rear tyres were previously marked as worn close to legal limits, so a test drive should include a slow-speed circling around a tight lane to assess whether the tyres maintain adequate contact patch and display any cupping or uneven wear patterns indicative of underlying sidewall damage or alignment issues. Additionally, confirm that both stop lamps function correctly in both directions of travel, as this minor advisory was noted in 2021 and could reappear if the original bulb or driver circuit has degraded. For buyers considering this vehicle, the primary actionable checks revolve around the front suspension arm assembly and rear tyre condition. During the test drive, press firmly on the pedals while navigating gentle undulations to detect any irregularities in suspension response, and monitor the tyres for any uneven wear across their tread depth measurement. If either item raises concerns, request documentation of the suspension repair and a visual inspection of the subframe for rust or structural compromise—though the lack of major failures post-2021 suggests the chassis itself has retained sufficient integrity. While the high mileage explains the visible wear, it does not inherently indicate hidden mechanical deficiencies beyond what the MOT reports have already documented, making the direct inspection of the flagged components the most prudent approach before finalising the purchase.