2019 Abarth 595 1.4L Petrol · WS19 VSG

The vehicle presents a stable roadworthiness profile following a clean pass in August 2025 at 16,268 miles. That test falls roughly ten months before the current date, placing the certification well within its valid annual window. A single failure occurred just four days earlier on 22 August 2025 at 16,267 miles, where the tester flagged an inoperative engine malfunction indicator lamp under regulation 8.2.1.2h. The rapid resolution of this electronic fault demonstrates responsive maintenance, and the absence of further advisories through the current record indicates a resolving trend rather than a worsening one. Previous annual inspections in September 2023 and September 2024 returned completely clear results, reinforcing consistent mechanical compliance. Annual mileage accumulation remains exceptionally low, averaging approximately 2,300 miles per year across the seven-year ownership window. The progression from 9,341 miles in August 2022 to 14,631 miles in September 2024 shows steady, predictable usage without sudden jumps or extended idle periods between tests. Such light running typically reduces stress on drivetrain components and braking systems, yet prolonged stationary intervals often accelerate deterioration in rubber seals, fuel lines, and battery electrolytes. The recorded tyre damage noted during the August 2022 inspection reflects isolated impact wear rather than systemic neglect, and the obstruction warning simply required repositioning before testing. Buyers should prioritise an engine management system scan to verify the historical malfunction indicator lamp fault has not left stored diagnostic trouble codes affecting emissions or fuel trim. Given the low annual distance, a thorough check of all lubricant levels, coolant concentration, and drive shaft boots is essential to rule out moisture ingress or seal hardening. Inspect the front suspension arms, steering rack gaiters, and brake calliper slide pins for age-related stiffness, as minimal highway kilometres can allow surface oxidation to bind moving parts. Verify the current tyre tread depth and sidewall integrity against the DVSA record, and confirm that any aftermarket modifications common to the 595 platform have not compromised exhaust routing or sensor calibration.