2021 Volkswagen ID3 Style Electricity · NJ71 RMZ

The vehicle presents a stable and improving roadworthiness profile, culminating in a clean pass on 7 August 2025 at 43,423 miles with zero defects recorded. That clean pass followed an earlier failure on the exact same day for both front tyres, which indicates the owner addressed the immediate safety issue promptly before the retest. No recurring mechanical or structural faults appear in the record, and the overall trend suggests attentive, if basic, maintenance. The mileage progression is entirely consistent with typical use. The car covered 10,785 miles between the August 2024 test at 32,638 miles and the August 2025 test at 43,423 miles, aligning with the roughly 8,685 miles per year average for a five-year-old vehicle. There are no suspicious gaps or sudden jumps in the odometer readings that would suggest long periods of standing or clocking. The record is sparse, covering only two tests, but both are clean passes apart from the single tyre-related failure. The only defect on record is the 7 August 2025 failure for both the nearside and offside front tyres, where the outer tread pattern was no longer visible across the whole tread area, falling below the 1.0 mm minimum depth. This points to front-tyre wear outpacing rears, a common trait of front-wheel-drive electric vehicles where regenerative braking and torque combine to accelerate front tyre wear. A prospective buyer should inspect the current tyre condition carefully, paying close attention to the inner edges and sidewalls for uneven wear that could indicate tracking or suspension geometry issues not yet flagged by the MOT. The ID.3 is a heavy battery-electric vehicle, so tyre wear rates can be higher than expected for the mileage. Beyond tyres, the clean MOT record gives no indication of structural corrosion, suspension deterioration, or braking faults. Still, a physical inspection should verify the condition of the brake discs and pads, as electric vehicles rely heavily on regenerative braking, which can lead to surface corrosion on discs if friction braking is used infrequently. Suspension components, particularly front lower arms and anti-roll bar links, deserve a close visual check given the vehicle's weight and torque. The underside battery shield should be examined for stone damage or deformation, as any compromise there could affect structural integrity and long-term corrosion protection.