2015 MINI Cooper S 2.0L Petrol · AK15 AEF

This 2015 MINI Cooper S shows a stable roadworthiness trend over its MOT history, with the most recent test on 6 February 2026 at 64,809 miles resulting in a clean pass—no defects or advisories recorded. The absence of recurring failures or advisories in the last three tests (2024, 2025, and 2026) suggests the vehicle has been maintained at a basic level without major mechanical neglect. However, the double-test in February 2025—one pass and one failure at nearly identical mileages (61,909 vs. 61,905)—indicates a potential administrative oversight rather than a mechanical issue, as no faults were logged in either. The mileage pattern reveals unusually low annual mileage, averaging just 5,892 miles over the vehicle’s 11-year lifespan. This suggests prolonged periods of inactivity, which could accelerate wear on suspension bushes, coil springs, and fluid-based systems (e.g., power steering, brakes) due to prolonged static loading. The largest gap between tests occurred between April 2023 (42,301 miles) and March 2024 (54,221 miles), a 11,920-mile interval—nearly two years—during which no MOT was conducted. While this doesn’t inherently signal neglect, it raises questions about whether critical components like brake pads, tyres, or fluid levels were monitored during this period. Given the lack of recorded defects, a buyer should prioritise a thorough inspection of high-wear items that often fail silently over time. Focus on the suspension—check for perished bushes, corroded coil springs, or binding steering linkages, as static loading can exacerbate these issues. The brakes warrant close examination: while no binding calipers or warped discs were noted in tests, the double MOT in 2025 could hint at inconsistent maintenance, so verify pad thickness, rotor condition, and hydraulic integrity. Tyres should be inspected for uneven wear or embedded debris, as the absence of tread advisories in recent tests may reflect recent replacements rather than consistent upkeep. Finally, assess for corrosion in wheel arches, sills, and subframe areas, as prolonged inactivity can accelerate rust progression in critical load-bearing zones.