2021 Volkswagen ID4 Family Electricity · AV71 VKC

The most recent DVSA examination on 15 June 2026 returned a clean pass with no advisories or defects recorded, which represents the strongest possible current roadworthiness signal from the official record. The earlier pass on 6 January 2026 carried two minor advisories concerning a deteriorated rear registration plate and an offside rear tyre approaching the legal tread limit with notable inner-edge wear, but neither was sufficient to fail the vehicle. The sole recorded failure, dated 3 December 2024, was narrowly focused on a nearside rear tyre with a cut penetrating to the ply, paired with a less serious advisory on the opposite rear tyre; the vehicle passed the very next day after rectification. Taken as a whole, the pattern does not indicate any progressive mechanical deterioration across braking, suspension, steering, lighting, or emissions systems, and the recent tests show the owner has been actively addressing tyre condition. At 68,093 miles over roughly five years, the vehicle is accumulating mileage at approximately 13,600 per annum, which is notably above the national average for a car of this age and places it firmly in the higher-use category. This rate of accumulation has direct implications for component wear, particularly for friction materials, suspension bushes and coil springs, drivetrain mountings, and the high-voltage battery thermal cycling on this electric platform. There are no extended dormant periods evident in the MOT record, which is generally positive as it suggests the vehicle has not suffered the standing-related corrosion issues that can afflict low-mileage cars, but conversely the consistent high usage warrants closer scrutiny of wear-dependent parts at the point of inspection. Given the advisory on inner-edge rear tyre wear recorded in January 2026, a prospective buyer should prioritise a careful inspection of all four tyres, paying particular attention to uneven tread wear patterns across the axle. Inner-edge wear on a rear tyre can indicate either incorrect wheel alignment, worn suspension bushes allowing toe misalignment, or a binding or partially seized rear brake caliper dragging unevenly. On a test drive, listen for clonking or knocking from the rear suspension over uneven surfaces, which would suggest worn trailing arm or control arm bushes, and feel for any pulling to one side under gentle braking that might confirm a binding caliper. The front tyres should be checked for matching wear patterns, as rear geometry issues are frequently mirrored at the front, and all tyres should be examined for sidewall perishing given that they have been worked hard over their service life. Although the MOT record is reassuringly clean on mechanical systems, the high annual mileage and the electric drivetrain demand several specific age-and-usage checks beyond the standard test regime. The 12V auxiliary battery, which supports control electronics on the ID.4, typically requires replacement every four to five years and should be load-tested independently, as a weak cell can produce random warning messages and system faults without an MOT failure. Brake discs and calipers on an electric vehicle are particularly susceptible to corrosion pitting and seizure from the regenerative braking reducing pad application, so each caliper should be physically checked for free movement and the disc surfaces inspected for lipping and rust. Finally, verify the high-voltage battery state of health through a diagnostic report, confirm the charging cable and port are undamaged, and review the service history for evidence of timely brake fluid changes, coolant replacement for the thermal management system, and any software updates issued by Volkswagen, as these time-sensitive items are not assessed at MOT but are critical to long-term reliability at this mileage.