2012 SEAT Ibiza 1.6L Diesel · SL12 MFA

This SEAT Ibiza demonstrates a stable roadworthiness trend over the past four years, with no recurring defects or advisories recorded in any of its MOT tests. The most recent inspection on 2025-05-06, at 138,935 miles, passed without failings, confirming the vehicle met all current DVSA standards. The sole anomaly in the record—a failed test on 2025-04-25 at 138,709 miles—was notable only for its absence of defects, suggesting either a minor administrative oversight or a temporary test centre issue rather than a mechanical concern. There is no evidence of worsening conditions in suspension, brakes, or structural components over time. The mileage progression indicates consistent usage, averaging approximately 9,900 miles annually since 2022, which aligns with typical wear patterns for a vehicle of this age. The gap between the 2024 and 2025 tests—covering 13,018 miles—does not suggest aggressive driving or neglect, nor does it indicate prolonged inactivity. The most recent MOT, just over two months old as of July 2026, remains sufficiently recent to provide confidence in the vehicle’s current compliance with UK roadworthiness standards, though a pre-purchase inspection is still advisable to verify post-MOT maintenance. Given the lack of recorded defects, priority should be given to inspecting high-wear components that are not routinely flagged in MOTs but are critical to long-term reliability. Focus on the suspension system, particularly the rear coil springs and bushes, which may exhibit fatigue or corrosion after nearly 14 years of service. The brake system warrants thorough examination, including rear caliper binding (a common issue in older SEAT models) and front/rear disc thickness, as wear beyond MOT limits could compromise stopping performance. Structural integrity should also be assessed, especially around wheel arches, sills, and the subframe, where corrosion can compromise safety without always being visible. Tyre condition, while not reflected in the MOT history, should be verified, as the absence of tread-related failings does not preclude uneven wear or internal damage.