2017 Ford Fiesta 1.0L Petrol · SN67 YOL

The 2017 Ford Fiesta presents a mechanical profile dominated by recurring tyre-wear advisories and intermittent steering-column concerns, with the most recent test on 2025-09-17 confirming the vehicle passed despite retaining two minor warnings. Across its recorded history, three separate MOTs have shown persistent near-limit tyres on the front and off-side positions, a recurring issue spanning from late 2022 through early 2023 before a brief clearance in 2024, followed by the same tyre-wear flags reappearing in 2025. A failed test occurred earlier in 2023 when the off-side rear tyre dropped below the mandatory 1.6mm minimum tread depth and the front service brake exhibited excessive fluctuation, indicating that the tyre-related patterns were not isolated incidents but part of a longer-standing maintenance concern that required intervention before the subsequent passes. At 52,288 miles on a model that is now nine years old, the vehicle accumulates approximately 5,810 miles annually, which stands in stark contrast to typical usage expectations for a comparable age and remains unusually low for a passenger car of this generation. The gap between the last confirmed test in September 2023 and the next MOT in September 2025 represents nearly a full year with no recorded failures, yet the absence of critical failures does not negate the underlying tyre-wear pattern evident throughout the record. Low mileage combined with the documented tyre-advisory history suggests either exceptionally gentle driving conditions or prolonged periods where the car remained stationary, potentially allowing rubber compounds to reach their legal minimum limits before being noticed again. Without evidence of significant acceleration or high-speed driving, the gradual nature of the tyre deterioration makes this aspect less concerning than the active steering-column and brake-disc issues identified in prior assessments. The steering column universal joint has been flagged twice across the MOT history with mild wear or play (advisory 2.2.2(c)), a finding that carries practical weight when assessing ride quality and steering response under load. During a test drive, the driver should monitor for any pulsing or rattling transmitted through the steering wheel when navigating corners or encountering bumps, as this symptom often indicates accumulated movement within the universal joint bearing. Additionally, the front inner brake disc was noted as pitted or scored in the 2023 failure, meaning that while the disc itself is not critically compromised, the surface texture suggests micro-abrasion that could affect pad contact and braking consistency; listening for a grinding noise when applying the front brakes and feeling for any spongy pedal response would help confirm whether this historical issue has resolved or persists. For a prospective buyer, the most actionable areas stem from the tyre-wear advisories and the steering-column condition rather than general reliability concerns. On the tyres, the consistent proximity to the legal minimum on the front and off-side positions implies that the rear tyres may also require attention, and a visual inspection should verify whether the wear pattern is uniform or asymmetric, which would point toward alignment problems or uneven loading. When testing drive, pay particular attention to lateral grip differences—steer left versus right—and watch for any steering-column vibration or looseness that might correlate with the reported play. Regarding the brake system, since the disc showed pitting in the past, a closer examination of the front inner disc surface while driving will reveal if the scoring has progressed, and the presence of any brake-pad squeal or softness during deceleration would validate whether the original 2023 concern has been fully addressed. Finally, given the low mileage, ensuring the entire chassis has been inspected for rust or structural fatigue is prudent, as the combination of light use and age could mask hidden corrosion that may not manifest until later use.