2020 Audi E-Tron Technik 50 Quattro Electric · JE55 AHJ

A flawless test on 19 August 2026 resulting in a clean pass with zero defects marks the continuation of a stabilising trend for this Audi e-tron, following an earlier mixed inspection history that included minor and advisory items in late 2023. While the vehicle successfully cleared its most recent annual statutory test without fault, the overall MOT timeline shows a transition from initial cosmetic and peripheral wear to current compliance, reflecting how the vehicle has been presented for testing over its life thus far. Accumulating 61,989 miles over roughly six years results in an average of approximately 10,332 miles annually, a rate of use closely aligned with typical national driving expectations for a modern dual-motor battery electric vehicle. This steady accumulation pattern suggests the vehicle has neither been subjected to prolonged periods of static storage nor extreme commercial mileage rates. Mechanically, this regular use level means that high-stress components such as heavy-duty suspension linkages, regenerative braking hardware, and steering assemblies have experienced continuous, standard operational cycles rather than the specific degradation patterns associated with long periods of disuse or severe high-mileage fatigue. Prospective buyers must nonetheless look beyond the unblemished recent test certificates and thoroughly inspect the specific physical damage noted in the 2023 inspection history, particularly the recorded exterior body damage to the nearside doors and the outer sidewall curbing on both front tyres. During a physical viewing, check the lower door sills and panels for structural alignment issues or hidden corrosion beneath any plastic cladding, and closely inspect the alloy wheels and tyre sidewalls for deep structural gouges that could compromise tyre integrity. On a test drive, listen carefully for any structural creaks or suspension knocks emanating from the heavy front axle when navigating sharp turning circles or uneven road surfaces, which can indicate stress on the air suspension or subframe mountings from previous impacts. Additionally, verify the condition and operation of all secondary components flagged previously, ensuring that the rear seatbelt extends and retracts smoothly without twisting in its mounting aperture and that the wiper arms clear the windscreen effectively without skipping. Given that this is a heavy battery electric vehicle, inspect the inner and outer tread depths of the tyres for even wear patterns, as rapid or uneven scrubbing on the outer shoulders often points to tracking or geometry misalignment resulting from kerb impacts. A comprehensive inspection of the underbody high-voltage cable shielding and suspension arm bushes on a ramp will complete the evaluation, ensuring no hidden chassis damage remains from the incidents that generated the earlier cosmetic advisories.