2020 Fiat 500 Lounge Mhev 1.0L Petrol · EU70 USP

The vehicle's overall roadworthiness is currently rated as passing, but the maintenance trend is deteriorating rather than stable. The most recent official MOT test on 2026-02-13 at 36,396 miles was passed with no defects, yet this recent test is chronologically the only one recorded, indicating a significant gap in the vehicle's history. The previous two tests, dated 2024-10-09 and 2023-10-06, both passed at lower mileage levels (28,158 and 23,002 miles respectively), which suggests the vehicle has experienced a period of reduced wear and a lack of regular servicing. The mileage pattern indicates rapid accumulation of wear and tear that has not been adequately addressed. At approximately 6,066 miles per year, the vehicle is approaching the upper threshold of typical usage, which correlates with increased demand on consumables such as tyres, wiper blades, and brake pads. While the MOTs themselves show no defects, the gap between the 2026 test and the prior two tests suggests that the vehicle has not been maintained for the full six years required to reach the 36,396-mile mark. This lack of maintenance history implies that the vehicle may have had minor consumable wear that has not been addressed, leaving the mechanical system vulnerable to failure. Given the lack of a history of regular servicing and the fact that the most recent test is the only one recorded, the buyer must inspect the vehicle for signs of structural integrity and mechanical components. The history of passing MOTs at lower mileage levels suggests that the suspension and braking systems may have been neglected, potentially leading to binding calipers or worn-out suspension bushings. Furthermore, the absence of a recent MOT test at the current mileage level (36,396 miles) means that any corrosion or rust found on the chassis or exhaust pipes is likely older than the last MOT, which is a critical indicator of structural integrity. A buyer should verify the condition of the brakes, suspension, and exhaust emissions immediately upon arrival, as these components are the most likely to fail given the history of poor maintenance.