2016 MINI Cooper 1.5L Diesel · YF65 XKP

The 2016 MINI Cooper presents a stable and largely reassuring roadworthiness profile, culminating in a clean pass on 14 July 2025 at 23,099 miles with zero defects recorded. That result follows a clean pass just over a year earlier on 17 July 2024 at 20,118 miles, indicating the vehicle has been maintained to a solid standard through its most recent inspections. The only blemish in the record is a single failure on 17 July 2024 at 20,117 miles, where both rear tyres were flagged for structural deterioration. The nearside rear tyre suffered a tear caused by separation or partial failure of its structure, while the offside rear tyre showed cracking or perishing, both on the 195/55x16 size. That failure was clearly corrected immediately, as the retest on the same day passed without further issue. There are no recurring mechanical faults, no corrosion advisories, and no suspension, brake, or exhaust defects across the entire history. The mileage pattern tells a story of genuinely light use. At roughly 2,310 miles per year over ten years, this is well below the UK average. The recorded intervals show steady but modest accumulation: 18,514 miles in February 2022, 18,822 miles by February 2023, then a jump to 20,117 miles by July 2024, and finally 23,099 miles by July 2025. That final eighteen-month window accounts for nearly 3,000 miles, a noticeable uptick compared to the earlier pace. Whether that reflects a change in ownership or simply more regular use, the vehicle has remained mechanically sound throughout. The gap between February 2023 and July 2024 is roughly seventeen months with only 1,296 miles added, suggesting a period of very light use or possible standing time. A buyer should still approach with a practical eye. The single failure on both rear tyres in July 2024 raises a question about how the car was stored or driven in the period before that test. Tyre age, sidewall condition, and date codes deserve close inspection, particularly if the current set is the same rubber fitted after the failure. With such low annual mileage, long periods of standing are plausible, and that can lead to flat-spotted tyres, perished seals, or moisture ingress in brake and fuel systems. The suspension and underside should be examined for surface corrosion, especially around subframes and mounting points, as short-trip use and standing time can accelerate that deterioration even when mileage remains low. Brake discs and pads should be checked for uneven wear or binding, since infrequent driving can cause sticking calipers and localised disc corrosion. The exhaust system and DPF, if fitted, warrant attention too, as low-mileage diesel or petrol vehicles can suffer from incomplete regeneration cycles and carbon buildup. Overall, the MOT record is clean and consistent, but the usage pattern demands a careful physical inspection of components that suffer more from neglect and standing than from outright wear.