2020 Smart EQ Fortwo Prime Exclusive Electricity · LL20 VLW

A clean and largely uneventful MOT profile presents a reassuring picture for this Smart EQ ForTwo Prime Exclusive, with the most recent test on 10 April 2025 returning a pass with no advisories or defects recorded. Across the documented testing history from April 2023 through April 2025 the vehicle has consistently met roadworthiness standards on each occasion, the only blemish being a duplicate entry on 26 March 2024 where a test result and a subsequent failure appear on the same date, both noting no defects; this is most likely an administrative or tester correction rather than an indicator of mechanical deterioration. The absence of any advisories relating to brake wear, tyre condition, suspension components, corrosion, or structural integrity over multiple tests suggests the consumable items have not yet approached their service thresholds, which is consistent with the very modest distance covered during the vehicle's life. The recorded mileage of 6,725 miles against an age of approximately six years equates to an annual accumulation of only around 1,121 miles, a notably low figure that carries specific mechanical implications for an electric vehicle of this type. Such limited use increases the likelihood of components being affected by prolonged standing rather than wear, particularly the 12V auxiliary battery, brake calipers and discs due to infrequent operation, and the tyres which can develop flat spots or sidewall degradation from static loading. There is a clear gap in testing between April 2023 and March 2024, and another between March 2024 and April 2025, which suggests the vehicle may have spent significant periods off the public road during intervening months, potentially under SORN or simply unused. The mileage recorded at the most recent test would benefit from verification against the in-cluster odometer reading, as low-use EVs can occasionally present discrepancies if dashboard modules have been replaced or if the vehicle has been transported rather than driven. For a prospective buyer, a careful physical inspection should focus on the areas most likely to suffer from the consequences of low mileage rather than wear. The brake discs should be examined closely for surface corrosion, as prolonged standing in UK conditions typically produces a film of rust on the friction faces; a small degree is normal and will clear under braking, but heavily pitted or scored discs indicate the calipers may be seizing or the handbrake mechanism on the rear drum assembly is binding. When test driving, pay particular attention to pedal feel and any vibration or judder under light braking, which can point to uneven corrosion build-up. The tyres warrant scrutiny for age-related sidewall cracking and correct pressures, as factory-fitted items from 2020 may still be fitted and will have lost elasticity regardless of remaining tread depth; uneven wear across the axle could indicate alignment issues from kerbing, which is common given the ForTwo's short wheelbase and city-use profile. Suspension refinement is another area worth probing on a road test, as the ForTwo relies on relatively simple MacPherson strut front geometry and a de Dion rear axle; listen for clonking or knocking over uneven surfaces, which can indicate deteriorated anti-roll bar bushes, top mounts, or rear beam bushings, even though none of these have yet been flagged on an MOT. Steering should feel light and accurate with no pulling to either side, and the electric power steering should operate without any whining or hesitation at low speed. Under the bonnet, inspect for any signs of moisture ingress or rodent damage to wiring, which is a known concern for low-mileage vehicles stored for extended periods, and check that the high-voltage charging port and cable show no corrosion or oxidation. Finally, verify that the 12V auxiliary battery has been recently replaced or tested, as a six-year-old unit that has seen minimal use is approaching the end of its reliable service life and a failure here can render the vehicle unable to start despite the main traction battery being fully charged.