2021 Fiat 500E LA Prima 1.4L Electric · MS57 PES

A clean and unblemished DVSA test record places this 2021 Fiat 500e La Prima in an encouraging position from a roadworthiness standpoint, with both recorded examinations returning pass results and no advisories or defects noted. The most recent assessment on 21 August 2025 confirmed the car meets all statutory requirements, and the prior pass on 31 August 2024 supports a pattern of stable mechanical condition rather than a deteriorating trend. For an EV of this platform, where conventional wear items like brake discs and pads benefit from regenerative braking and where there is no combustion-related emissions component to fail, a defect-free MOT history is particularly meaningful. The absence of any flagged advisories relating to suspension, steering, or underbody corrosion suggests the structure and running gear have not yet begun to present the kind of deterioration commonly seen on older city cars exposed to kerbs and seasonal road treatments. With approximately 20,797 miles recorded against a five-year vehicle age, annual mileage works out to around 4,159 miles per year, which is markedly low for any passenger car and especially modest for an electric vehicle often used for urban commuting. This kind of accumulation rate typically points to short, infrequent trips rather than sustained daily use, which mechanically carries both advantages and considerations. Brake discs and pads, while lightly used in terms of friction application due to regenerative deceleration, can still be susceptible to surface corrosion from infrequent use and exposure to damp conditions, particularly on a vehicle that may have stood for extended periods. Equally, the high-voltage traction battery and 12V auxiliary battery benefit from regular use to maintain optimal cell balance and state of charge, so periods of standing can introduce their own considerations distinct from mechanical wear. Given that the MOT history does not flag any specific components, buyer diligence must concentrate on areas not fully exercised by light usage. On a test drive, listen carefully for any knocking or clonking from the front suspension over speed humps and uneven surfaces, as even low-mileage EVs can develop play in lower arm bushes, drop links, or anti-roll bar mountings through standing time and oxidation. Check for uneven tyre wear patterns across both axles, as misalignment from kerb strikes or prolonged stationary loading can be present even when total mileage is modest. Apply the brakes firmly from around 30 mph to confirm there is no judder, vibration, or pull to one side, which would indicate corroded or warped brake discs from infrequent friction use rather than wear. The electric powertrain itself warrants particular attention during inspection, as MOT testing does not evaluate battery health or drive unit function. Ask for verification of the state of health of the traction battery, ideally through a diagnostic readout showing remaining capacity versus original, and confirm the 12V auxiliary battery has been recently replaced or tested, as a failing auxiliary battery on an EV can mimic more complex drivetrain faults. Listen for any unusual whining, clunking on acceleration, or hesitation under throttle that might indicate issues with the single-speed reduction gearbox or motor mounts. Finally, inspect the charging port, cable, and any underbody protection for damage from kerbs or debris, as low-riding EV platforms are particularly vulnerable to underside strikes that would not necessarily appear in routine MOT results.