2011 SEAT Exeo 2.0L Diesel · OV11 ABX

This vehicle presents a clean and stable MOT record, with the most recent test on 12 August 2025 at 152,009 miles resulting in an immediate pass with no defects recorded. The only failures on the history, dated 22 August 2024 and 21 August 2023, were both followed by passes on the same day, which indicates the same-day retest of a minor issue rather than a serious underlying fault. Nothing in the record suggests a worsening maintenance trend, and the absence of any advisories across all four years is a strong indicator of consistent, proactive upkeep. The mileage pattern is entirely unremarkable for a 2011 vehicle. The car covered roughly 4,119 miles between August 2024 and August 2025, following about 6,482 miles in the prior year and a similar annual figure the year before that. Averaging around 10,134 miles per year across fifteen years, this aligns closely with typical UK usage. There are no suspicious gaps, no sudden jumps between tests, and no suggestion of clocking or prolonged off-road storage. The steady accumulation of roughly 4,000 to 6,500 miles across the recent annual intervals points to a car used regularly rather than thrashed or left idle. Because the DVSA records show no structural or mechanical advisories whatsoever, the usual high-risk areas on a vehicle of this age and mileage require personal scrutiny. Check the rear suspension bushes and coil springs for deterioration, listen for knocking over uneven surfaces, and inspect the brake discs and calipers for binding or lipping. Tyre condition has passed every year, but with 152,000 miles on the clock, verify the remaining tread depth and look for uneven wear patterns that might indicate a weak damper or tracking issue. The absence of any corrosion advisories is positive, although the underside and sills of a fifteen-year-old SEAT should still be examined for surface rust. In short, the paperwork is exemplary, and any pre-purchase inspection should focus purely on the physical condition of consumables rather than known recurring faults.