2016 Ford Fiesta 1.0L Petrol · AL02 NFC

The 2016 Ford Fiesta presents a mechanical profile characterised by a persistent pattern of recurring advisories and minor to major failures rather than consistent reliability. The latest MOT on 2025-12-01 passed, yet the record retains several unresolved issues including a persistent offside track rod end ball joint with slight play noted in both 2024 and 2025 tests, alongside earlier failures involving tyre damage, lower suspension arm wear, and nearside front brake pad thinning. This recurring nature of faults suggests underlying structural or component degradation that does not resolve with simple reinspections alone, and the presence of multiple distinct failure types across different years indicates the vehicle has accumulated mechanical stress and potential deterioration despite passing intervals. At 72,009 miles after approximately ten years of ownership, the annualisation of roughly 7,200 miles per year falls within expected norms for this model's age, though the irregular spacing of MOT tests reveals a non-uniform maintenance pattern. Significant gaps exist between inspections, particularly the two-year gap between the 2022 and 2023 passes followed by a cluster of failures in 2024 and again in late 2025. While the high mileage would typically suggest noticeable wear on consumable items such as tyres, suspension bushings, and brake components, the absence of critical failures during the last three years may mask progressive deterioration that is not yet manifest in the current MOT report. The uneven test intervals could also indicate infrequent driving or extended periods where the vehicle remained underutilised, potentially allowing certain systems to degrade while others remain relatively fresh. The recorded failures point to specific areas requiring close attention during a test drive. The nearside front lower suspension arm exhibited excessive wear with ball joints showing sign of fatigue, which should produce a noticeable knocking or clunking noise over bumps and a feeling of reduced ride comfort or vibration transmission through the chassis. The nearside rear coil spring was corroded according to the 2023 MOT, meaning you should listen for any grinding or rattling when braking hard or accelerating downhill, and inspect the surrounding area for rust propagation that could compromise structural integrity. The front brake pads were reported as worn close to legal limits in both 2022 and 2024, so during the test drive pay particular attention to pedal response – a spongy or overly soft feel could signal air in the hydraulic system or genuine pad wear, while a sudden loss of braking force would indicate a deeper problem. Additionally, the obligatory mirror being insecure in 2022 suggests potential mounting instability that could affect visibility and require immediate repair before considering the vehicle roadworthy. For a prospective buyer, the primary actionable concerns centre on the suspension and braking systems given their documented failure modes. When assessing the lower front suspension arm, perform a slow, deliberate pass over a series of small potholes or speed bumps and note whether the arm moves independently or remains rigidly attached to the chassis – excessive play will be audible and felt as a metallic knock. The nearside rear coil spring, having been corroded in the 2023 record, warrants checking for visible rust on the spring body and verifying that the brake disc mounts show no signs of cracking or looseness that could indicate broader subframe deterioration. On the front ends, confirm that both front brake pads measure well below the minimum legal thickness and test the pedal for any pulsation or vibration that would suggest internal caliper or master cylinder issues. Finally, because the 2022 MOT noted a defective rear reflector, ensure the vehicle's mirrors are securely mounted and free of cracks or misalignment before taking it out, as compromised view clarity compounds safety risks on the road.