2016 Fiat 500 1.2L Petrol · SC16 GFG

The 2016 FIAT 500 presents with a clean and reassuring DVSA MOT history, most recently passing its test on 16 January 2026 with no defects or advisories recorded. Reviewing the available test history back to 2022, each annual examination has returned a pass with no recorded defects, advisories, or failures, which indicates a consistent pattern of roadworthy maintenance over the four-year documented period. The absence of recurring advisory notes for suspension components, braking systems, tyres, or exhaust items is a positive indicator, suggesting that wear-related items have either been addressed proactively between tests or have not yet reached the threshold for advisory attention. From a regulatory compliance standpoint, this is a vehicle that has maintained continuous road legal status without significant intervention being flagged by the examiner. Regarding recorded mileage, the vehicle shows 84,693 miles over a ten-year period, equating to an annual average of approximately 8,469 miles per year. This figure sits comfortably within typical usage parameters for a small city-oriented hatchback of this age and is not suggestive of either excessively high wear or prolonged periods of inactivity that can lead to component degradation through lack of use. The mileage progression across consecutive MOT tests appears steady and consistent, which supports the narrative of regular but moderate use, likely a mix of urban and shorter journeys. For a vehicle of this size and likely 1.2-litre or similar powertrain configuration, this annual mileage is well within the design tolerance of the drivetrain, clutch, and major mechanical assemblies, though it does mean that routine servicing intervals such as cambelt replacement, if applicable to the engine variant fitted, should be verified independently. Although the MOT history is clean, prospective buyers should not treat this as a substitute for a thorough physical inspection given the vehicle's ten-year calendar age. Tyres warrant particular attention, as rubber compounds degrade with age regardless of tread depth; sidewalls should be examined closely for perishing, cracking, or UV-related deterioration, and the production date code on each tyre should be checked to confirm they are not excessively old. The braking system, while passing recent tests, should be inspected for disc lipping, surface corrosion especially around the outer edges, and caliper slide pin seizure, which can occur on vehicles that experience mixed urban use with frequent low-speed operation. Fluid conditions are also time-sensitive rather than solely mileage-dependent, so the brake fluid should be assessed for moisture content and the engine coolant checked for condition and concentration, as these degrade over calendar years regardless of use intensity. The 12V battery is another critical age-related concern, as a ten-year-old original unit would almost certainly require replacement, and even a more recent aftermarket battery can suffer from reduced capacity in a small urban vehicle doing short journeys. On a test drive, buyers should listen carefully for any suspension clonks or knocking over uneven surfaces, which could indicate worn anti-roll bar bushes, drop links, or top mount bearings common to this platform. Steering should be checked for vagueness or knocking at full lock, which can indicate worn track rod ends or inner tie rods. The exhaust system should be physically inspected for corrosion, particularly at mounting points and joints, as a ten-year-old exhaust is approaching the end of its typical service life even without MOT advisories. Finally, verification of full service history documentation, including cambelt replacement intervals if applicable, recent brake fluid and coolant changes, and confirmation of timing chain condition on the appropriate engine variant, will provide further assurance beyond what the MOT record alone can convey.