2020 Volkswagen ID3 1ST Edition Electric · AP60 LEY

The 2020 Volkswagen ID3 First Edition holds a clean and fully compliant MOT history, having successfully passed its test on September 25, 2025, at 36,745 miles, following equally straightforward passes in 2024 and 2023 with no recorded failures or mechanical defects. The overall maintenance trend is exceptionally stable and reassuring, reflecting a vehicle that has not suffered from recurring structural, braking, or suspension failures during its formative years. The single advisory noted on the most recent test stated that the vehicle was lower and unable to be safely jacked up due to being an electric vehicle equipped with extensive underfloor plastic shielding, meaning the tester had to assume the underside and suspension components were in satisfactory condition rather than physically loading them on a lift. With an age of roughly six years and a total recorded mileage of 36,745 miles, this Volkswagen ID3 averages approximately 6,124 miles per annum, representing a normal and healthy usage profile that falls squarely within typical private motoring expectations. This measured annual accumulation avoids the accelerated mechanical degradation associated with high-mileage fleet or commercial use, such as worn damper valving, fatigued suspension bushes, and tired drivetrain components, while also steering clear of the perils of prolonged inactivity that can plague low-mileage electric vehicles. The consistent yearly mileage progression indicates a vehicle that has been driven regularly, which helps maintain the operational readiness of its high-voltage battery management systems, auxiliary electrical modules, and moving mechanical parts. Given that the MOT history is essentially immaculate, your physical pre-purchase inspection should focus heavily on age-related wear, consumables, and the unique characteristics of modern electric platforms. Although the underbody shields prevented a traditional MOT ramp inspection, you should carefully examine the condition of the tyres for any signs of perishing, sidewall cracking, or uneven tread wear that might suggest geometry misalignment or heavy kerbing. As an electric vehicle utilizing regenerative braking extensively for deceleration, the physical friction brake discs and pads are prone to developing surface corrosion, pitting, or binding calipers from standing or under-use, so listen for any scraping noises and check for excessive lip formation on the outer disc edges during a test drive. On your dynamic road test, pay close attention to the ride quality and chassis composure, listening for any suspension knocks, rattles, or clunks over rough surfaces, which would indicate premature wear in the anti-roll bar drop links, control arm bushes, or coil springs despite the recent test assumption. Furthermore, verify the health and functionality of the auxiliary twelve-volt battery, as these are critical for powering the vehicle management computers and frequently suffer from degradation if the car has experienced cycles of short journeys or intermittent use. Finally, ensure that all time-based fluid servicing schedules for the brake fluid and cabin filters have been adhered to in accordance with manufacturer guidelines, as chemical degradation occurs independently of mileage accumulation.