2021 Volkswagen ID3 Life Electricity · AM14 RUD

The vehicle most recently passed its DVSA MOT test on 21 August 2025 with no defects or advisories recorded against it. The prior test, conducted on 27 August 2024, also resulted in a clean pass with no recorded advisories. With two consecutive tests showing no flagged items, the maintenance trend appears stable and consistent, suggesting the vehicle has been kept in good mechanical order by its previous keeper. The absence of any recorded advisories is a positive indicator, as advisory notes often serve as early warnings of components approaching the end of their service life. However, it is worth noting that the MOT assessment is limited to roadworthiness standards at the time of testing and does not necessarily reflect the broader mechanical condition of the vehicle beyond those specific checks. With a recorded mileage of 21,467 miles over approximately five years, this Volkswagen ID3 has covered an average of around 4,293 miles per year, which is notably low for a vehicle of its age. Average annual mileage in the UK typically falls in the range of 7,000 to 10,000 miles, so this example has been used considerably less than the national norm. Such low usage can be interpreted in two ways: it may indicate that the vehicle has primarily been used for short urban journeys, or it may suggest extended periods of standing unused. Low-mileage electric vehicles often face particular issues related to inactivity, and prospective buyers should be mindful that underuse can be just as consequential as excessive use in certain respects. The MOT history only shows two tests, which is consistent with the vehicle first becoming eligible for testing three years after registration. Given the clean MOT record and low annual mileage, a prospective buyer should focus their physical inspection on issues commonly associated with vehicles that have spent considerable time stationary. Tyres on a five-year-old car, even with low mileage, are particularly susceptible to sidewall perishing and cracking due to age-related rubber degradation, and the tread depth should be measured and the sidewalls carefully examined for any signs of deterioration. The 12-volt auxiliary battery, which powers ancillary systems on the ID3, can lose charge and suffer internal degradation from prolonged periods without use, so its condition and state of charge should be verified. Brake discs and calipers may exhibit surface corrosion or seizing from standing, which can manifest as brake shudder, uneven pulling, or a binding sensation upon release when first driven, so a thorough test drive should include several firm stops from speed to assess braking feel and any vibrations through the pedal or steering. Service history verification is equally important for a low-mileage electric vehicle, as time-based servicing intervals often apply regardless of distance covered. Brake fluid, for instance, is hygroscopic and degrades over time irrespective of use, and the manufacturer typically specifies replacement intervals measured in years rather than miles. The cooling system, which manages battery and motor temperatures on the ID3, should be inspected for coolant condition and any signs of leakage around hoses and connections. The high-voltage battery pack should be assessed for state of health, ideally through a diagnostic scan that reports cell balance and remaining capacity, as batteries can deteriorate with calendar age even when not heavily cycled. Prospective buyers should also confirm that any necessary software updates have been applied and verify that the charging system, including the onboard charger and any associated cabling, functions correctly across both AC and DC charging methods where applicable.