2019 CITROEN C31.2L Petrol

The vehicle presents a clean and stable maintenance profile with no recorded failures or advisories across the documented MOT history. The most recent test on 15 January 2026 at 49,721 miles returned a pass with no defects, indicating that the vehicle has consistently met the minimum legal requirements for roadworthiness over the last several years. There is no evidence of recurring issues regarding structural integrity, braking systems, or lighting that would suggest a pattern of neglect. The mileage accumulation appears consistent with typical domestic use for a seven-year-old vehicle. Between January 2022 and January 2026, the car covered 17,650 miles, averaging approximately 4,412 miles per year. While the 2026 record shows a slight increase in annual usage compared to the 2022 to 2025 period, the overall trend remains low. This steady progression suggests the vehicle has been driven regularly rather than sitting idle for extended periods, which helps prevent issues like seized calipers or perished rubber components. Since the MOT record is entirely devoid of advisories, there are no specific mechanical faults to flag from the official data. A physical inspection should focus on standard consumable wear items that MOT testers do not always scrutinise deeply. You should check the remaining tread depth on the tyres and the condition of the wiper blades. Given the mileage, it is also prudent to inspect the suspension bushes and coil springs for signs of fatigue, as well as checking for any surface corrosion on the underside that has not yet reached a level requiring an MOT advisory. The absence of previous failures suggests a conscientious approach to upkeep or a vehicle that has been used in relatively benign driving conditions. A buyer should verify that the service history matches the mileage increments seen in these records to ensure the engine oil and filters have been changed according to the manufacturer's schedule. The data indicates a well-maintained vehicle with no immediate mechanical red flags.