2016 SEAT Leon 2.0L Diesel · WA16 XCV

The 2016 SEAT Leon presents a clean bill of health on paper. The most recent MOT, conducted on 30 October 2025 at 108,329 miles, passed with zero defects. This is not a one-off result. The record shows five consecutive passes stretching back to March 2022, all with no advisories or failures. The maintenance trend is demonstrably stable and consistent, indicating a vehicle that has been kept within acceptable wear tolerances across multiple test cycles. The mileage accumulation tells a coherent story. Between the March 2022 test at 71,028 miles and the October 2025 test at 108,329 miles, the car covered roughly 37,300 miles in three and a half years, averaging around 10,660 miles annually. This aligns closely with the vehicle's lifetime average of approximately 10,833 miles per year. There are no suspicious gaps or sudden spikes in the odometer readings. The data is sparse in the sense that no defects have ever been flagged, but that consistency itself is the key finding. A clean MOT history does not eliminate the need for a physical inspection. At nearly 110,000 miles, consumable components such as brake discs, pads, tyres, and suspension bushes will be approaching or past typical service life regardless of test outcomes. A buyer should check for uneven tyre wear, listen for knocking from front suspension joints over speed bumps, and inspect the underside for corrosion on subframes and brake lines. The exhaust system and catalytic converter should be examined for leaks or deterioration, particularly given the age of the vehicle. The absence of any recorded defects across five tests suggests attentive ownership and no major mechanical failures. However, a pre-purchase inspection by a qualified technician remains advisable. Hidden issues such as intermittent electrical faults, early-stage clutch wear, or cosmetic corrosion behind body panels will not appear on an MOT record. The data supports confidence in the car's documented condition, but a hands-on assessment is the only way to verify its current mechanical state.