2021 SEAT Ibiza 1.0L Petrol · AY21 WSZ

The SEAT Ibiza in question demonstrates a consistent roadworthiness record over the past two MOT cycles, both tests concluding with no defects recorded. The most recent inspection on 13 June 2025 at 20,434 miles confirmed no failures, reinforcing a stable maintenance pattern without recurring advisories or major mechanical concerns. The absence of any advisory notes in either test suggests the vehicle has likely undergone regular servicing for critical components, though this cannot be confirmed without service history. The clean MOT pass at 15,990 miles in May 2024 further indicates no sudden deterioration in structural or functional integrity during the intervening period. The recorded mileage of 20,434 miles over five years—approximately 4,087 miles annually—is notably low for a vehicle of this age, suggesting either minimal use or prolonged periods of inactivity. The gap between tests (around 13 months) aligns with the standard MOT interval, but the overall low mileage raises questions about potential neglect of consumable items like brake pads, tyres, or fluid levels. Without additional data, it is impossible to determine whether the vehicle has been stored improperly, leading to potential issues such as flat spots on tyres, degraded brake fluid, or dry-rotted rubber components. Given the lack of MOT defects, a buyer should prioritise a thorough inspection of high-wear items that are not always captured in a standard MOT. Focus on the brake system, particularly rear calipers and discs, as binding or uneven wear could have gone unnoticed without dynamic testing. The suspension should be checked for worn bushes or deteriorated coil springs, especially if the vehicle has spent extended periods stationary. Tyre condition, including tread depth and lateral wear patterns, warrants scrutiny, as the low mileage might mask uneven wear from improper alignment or storage. Finally, inspect for signs of corrosion at wheel arches, sills, and underbody, as prolonged inactivity can accelerate rust development in susceptible areas.