2016 Skoda Superb 1.4L Petrol · DP16 ADX

The vehicle presents a stable and positive maintenance profile, with the most recent MOT on 1 December 2025 at 62,065 miles showing a clean pass with no defects recorded. This follows two consecutive years of defect-free testing in 2024 and 2023. The absence of advisories in the last three years suggests a consistent standard of upkeep and indicates that previous minor issues have been addressed or have not recurred. The mileage accumulation follows a highly consistent and predictable pattern. The vehicle has covered approximately 6,000 to 7,000 miles per year, moving from 27,246 miles in June 2019 to 62,065 miles in December 2025. This low annual average is typical for a vehicle of this age and suggests the car has been used for moderate commuting rather than heavy long-distance driving. The steady increments between tests indicate regular usage rather than long periods of inactivity, which helps mitigate risks associated with seized components or perished rubber seals. The MOT history shows a minor trend of tyre wear issues, specifically an offside front tyre fault in June 2019 and a nearside front tyre fault in December 2021. These were recorded as tyres worn close to the legal limit or worn on the edge. While these represent standard consumable wear, the edge wear could occasionally hint at minor alignment issues or suspension bushing wear. A buyer should inspect the current tread depth and tyre profiles across all four corners to ensure even wear. Given the clean recent history, there are no immediate red flags regarding structural integrity or major mechanical failures like brake binding or exhaust emissions. However, because the vehicle has been driven at relatively low annual mileages, a physical inspection should still verify the condition of rubber components, such as suspension bushes and coolant hoses, which can degrade due to age even when mileage remains low. Checking for any signs of fluid leaks or uneven tyre wear during a test drive would be a prudent final step.