2021 Volkswagen ID3 Family Electric · TH14 MMM

An emerging pattern of uneven tyre wear dominates the recorded MOT history of this 2021 Volkswagen ID.3, with the most recent test on 21 October 2025 returning a pass but flagging all three nearside positions plus the offside rear as worn close to the legal limit or damaged on edge. That single test carries four advisories, a notable concentration of attention on the tyre set when the prior year's examination on 22 October 2024 was entirely clean with no defects recorded. Between those two passes sits a failure dated 19 October 2024, caused by an insecure offside front indirect vision device, commonly the door mirror glass or housing, which was presumably rectified before the same vehicle was resubmitted three days later and passed without further comment. The trend overall is therefore mixed: a clean 2024 result overshadowed by a cluster of tyre wear advisories twelve months later, suggesting either an accelerated wear event or that the current footwear has reached the end of its useful life. Recorded mileage stands at 84,251 miles over a five-year life, equating to roughly 16,850 miles annually, which is materially above the typical accumulation rate for a privately used family hatchback and sits closer to a high-mileage fleet or company car profile. This level of use accelerates wear on consumable items far faster than the calendar alone would suggest, particularly on components that experience per-mile fatigue rather than time-based degradation. Brake discs and pads, suspension bushes and coil springs, wheel bearings, and the electric drivetrain mounts all accumulate stress at a rate proportional to distance covered, meaning an ID.3 of this mileage warrants the same scrutiny usually reserved for a combustion vehicle approaching six figures. There are no extended gaps between tests that would indicate prolonged standing, and the consistent annual test cycle suggests the car has been in regular service throughout the period covered. Given the advisory cluster on the tyres, a prospective buyer should physically inspect the tread pattern across the full circumference and inner shoulder of each wheel rather than rely on tread depth alone, as edge wear on a nearside front typically points to an underlying geometry or suspension issue such as worn front wishbone bushes, a failing top mount, or tracking that has drifted beyond tolerance. The note that the nearside front tyre shows signs of having been driven flat is particularly significant, as a run-flat or zero-pressure event can damage not only the tyre itself but also the sidewall of the wheel, so the alloy should be examined for scuffing, buckling, or evidence of refurbishment. On a test drive, listen for a cyclical thumping or drone that rises with speed which would confirm a deformed carcass, and feel for vibration through the steering column on a smooth road surface that suggests the wheel has lost its integrity. Beyond the tyre-related concerns, the securement failure on the offside front mirror should not be dismissed as a one-off cosmetic issue, as an indirectly mounted vision device that has come loose once may indicate fatigued clips, a cracked mounting plate, or prior impact damage that could recur. Ask to see the mirror housing closely and check for stress marks around the fixings, and during a walk-round confirm that both mirrors are solidly mounted with no wobble when the door is slammed. Given the higher than average mileage, pay particular attention on the test drive to any knocking from the front suspension over speed humps, uneven or grabby braking that suggests worn pads or glazed discs, and any pulling or wandering at motorway speeds that could indicate alignment or tyre-related geometry issues stemming from the wear pattern flagged. Finally, ensure all four tyres are replaced as a matched set if the advisories are to be properly addressed, as mixing significantly worn and new rubber on an electric vehicle with strong torque delivery can itself trigger uneven wear and traction issues.