2022 Volkswagen ID3 Family Electric · VE71 WOX

The roadworthiness status of this Volkswagen ID3 Family is currently sound, supported by a clean pass on January 8, 2026, at 38,980 miles. The maintenance trend reflects significant improvement following a troubling test twelve months prior. While the vehicle demonstrated a concerning failure event in January 2025, the subsequent absence of advisories or faults during the most recent inspection indicates that the previous owner addressed underlying mechanical concerns promptly. The mileage accumulation follows a remarkably consistent trajectory that aligns closely with typical UK driving patterns for an electric hatchback of this age. The vehicle recorded 29,495 miles by January 2025 and reached 38,980 miles by January 2026, averaging approximately 9,500 miles annually across both years. This steady usage profile prevents the risks associated with prolonged periods of standing, such as high-voltage battery degradation or brake disc corrosion, ensuring that the electric drivetrain and chassis components have experienced regular, normal operation. Despite the recent clean MOT sheet, prospective buyers must scrutinize the events of January 8, 2025, when the vehicle failed its test due to structural sidewall bulges on three separate tyres simultaneously on the nearside front, nearside rear, and offside rear positions at 29,488 miles. Multiple tyre failures caused by structural separation point to heavy impact damage, likely from striking deep potholes or kerbs at speed, which can simultaneously transfer severe shock loads through the wheel alignment geometry, suspension arms, and subframe mountings. A thorough physical inspection should therefore prioritise the condition of the alloy wheels for buckling, alongside a close examination of the suspension bushes, coil springs, and steering components for hidden distortion. Buyers must also verify the current tread depth, brand matching, and load ratings across all four tyres to ensure that high-quality replacements were fitted following the 2025 failure. Given the heavy kerb weight characteristic of battery electric vehicles, checking the inner edges of the tyres and the brake disc friction surfaces for uneven wear remains essential during a pre-purchase evaluation.