2016 SEAT Ibiza 1.2L Petrol · FN66 KMM

The 2016 SEAT Ibiza presents a stable and currently sound mechanical condition, culminating in a clean pass on 25 November 2025 at 71,917 miles with zero defects recorded. This indicates the vehicle met all structural, mechanical, and emissions standards at its most recent inspection. The maintenance trend appears consistent, with the car passing its last two MOTs without advisories or failures, suggesting the previous owner addressed any prior issues promptly. The record contains a notable anomaly on the same date, showing a failed test at 71,916 miles with no defects listed. This likely represents a data entry error or an aborted test rather than a genuine mechanical failure. The mileage accumulation aligns closely with typical usage for a decade-old vehicle, averaging roughly 7,200 miles annually. Between the August 2023 test at 56,690 miles and the August 2024 test at 62,960 miles, the car covered 6,270 miles, followed by a further 8,957 miles by November 2025. This steady progression rules out long periods of standing or excessively high mileage wear. The 2023 record mirrors the 2025 anomaly, showing a failed test at 56,689 miles with no defects immediately followed by a clean pass at 56,690 miles the next day, reinforcing the likelihood of administrative errors rather than recurring mechanical faults. Given the absence of recorded defects, a buyer should focus on standard wear-and-tear components typical of a supermini approaching 72,000 miles. Inspect the condition of the brake discs and pads for uneven wear, check the suspension bushes and coil springs for deterioration, and examine the exhaust system for corrosion. Tyre condition and tread depth across all four corners warrant close scrutiny, as does the structural integrity of the underbody for surface rust. The repeated anomalies of failed tests with zero defects require verification; request the original test certificates for November 2025 and August 2023 to confirm these are administrative glitches and not unreported mechanical issues.