2017 SEAT Ibiza 1.0L Petrol · BW17 FCE

The 2017 SEAT IBIZA presents a mechanical profile defined by recurring suspension fatigue and progressively degrading tyre safety, punctuated by a critical near-failure event that forced a failed MOT in February 2025. While the vehicle managed to achieve two consecutive passes in early 2025 before that incident, the subsequent January 2026 test revealed persistent issues rather than a complete resolution. The latest result confirms that although the car cleared the roadworthiness standard once more, the underlying problem set remains evident in the historical record, with three distinct instances of tyre-related failures requiring immediate attention before any purchase decision could be considered safe. The pattern suggests that while routine servicing occurred periodically, the fundamental wear paths indicated by the advisories have not been comprehensively addressed despite the vehicle's continued ability to pass the MOT examination. At 72,565 miles on nine years of ownership, the average annual mileage of approximately 8,063 miles falls within the expected range for a vehicle of this age, though the distribution of usage appears uneven given the gap between the 2022 and 2025 test cycles. Two consecutive passes were recorded during the winter months of 2021–2023, followed by a clean 2023 record before the first warning signs emerged in early 2025. The progression from a single minor tyre defect in 2022 through escalating issues—including severe tyre tread depletion on both front axles and catastrophic failure of one tyre with exposed cords—demonstrates accelerating wear rather than gradual degradation. The absence of substantial mileage jumps or prolonged standstill periods suggests the vehicle was driven regularly enough to accumulate wear consistently, yet the tyre condition has deteriorated so rapidly that it triggered a dangerous rating during the February 2025 failure. Focused on the flagged components, the rear and front lower suspension arms exhibit repeated bush and pin wear documented across multiple tests from 2024 onward, indicating a systemic fatigue point that requires immediate professional inspection. The front brake discs have shown progressive scoring and pitting, while the front brake pads have worn to thin levels, both of which compound the risk when combined with the compromised suspension geometry. Most critically, the front and nearside rear tyres have repeatedly fallen below legal tread depth and one has suffered exposed cords, creating a genuine danger scenario that would have prevented roadworthiness certification. On a test drive, expect noticeable pulling or shuddering over speed bumps due to worn lower suspension linkages, audible brake noise or vibration from the front discs and pads, and potentially a loss of traction or instability when cornering due to the compromised tyre surfaces. Additionally, the anti-roll bar linkage ball joint showed severe deterioration in the 2024 test, which may manifest as handling irregularities or increased body roll under load. The child seat fitting configuration poses a secondary concern, as the rear child seat prevents proper inspection of the adult belt mounting, a potential safety issue that should be verified by a qualified inspector. Given the history of tyre failures reaching hazardous levels and the ongoing suspension wear across both front and rear lower arms, a thorough pre-purchase examination is essential before committing to this vehicle. All recommended repairs—particularly the tyre replacement to meet legal standards, suspension component replacement, and brake system refurbishment—must be completed and inspected prior to taking delivery. Without addressing these specific failure points, the car will continue to present significant roadworthiness risks regardless of its current MOT pass status.