2022 Volkswagen ID4 Life Electric · NA22 ULX

The Volkswagen ID.4 Life has maintained a clean MOT history with no defects recorded in either of the two most recent tests, most recently passing on 10 February 2026 at 44,225 miles. This indicates a stable roadworthiness trend over the past year, with no evidence of recurring mechanical or structural issues. The absence of advisories or failings suggests that, at the time of testing, the vehicle’s critical systems—braking, suspension, electricals, and emissions—were functioning within acceptable limits. However, the most recent test occurred just five months ago, meaning a full 12-month inspection cycle remains pending. Buyers should note that while the record shows no prior failures, this does not preclude the development of latent issues such as high-voltage battery degradation or wear in less frequently monitored components like steering linkages or suspension bushes. The recorded mileage of 44,225 miles over approximately four years aligns with typical usage patterns for this age of vehicle, averaging around 11,056 miles annually. There are no significant gaps or abrupt jumps in mileage between tests, with the vehicle covering 5,661 miles between the April 2025 and February 2026 tests. This consistent accumulation suggests regular use without prolonged periods of neglect, which could otherwise lead to accelerated wear in fluids, tyres, or suspension components. The lack of a pre-purchase inspection or additional service records means the actual maintenance history beyond MOT compliance remains unverified, but the mileage pattern does not raise immediate red flags. Given the clean MOT history, a buyer’s primary focus during an in-person inspection should centre on high-wear items that are not routinely checked in standard MOT tests. The high-voltage battery, while not typically MOT-tested, is critical for electric vehicles and may require professional assessment for capacity and health. Suspension components—particularly the coil springs, bushes, and shock absorbers—should be examined for uneven wear or corrosion, as these are not always flagged until they reach failure points. Brake discs and calipers, though passed in tests, warrant closer scrutiny for uneven thickness or binding, especially if the vehicle has experienced aggressive driving or heavy loads. Additionally, the underbody should be inspected for signs of corrosion around wheel arches, sills, and exhaust components, as electric vehicles often operate with higher underbody temperatures. Tyre condition, while not a concern in this case, should still be verified for consistent tread depth and structural integrity.