2021 Audi E-Tron Sport 50 Quattro Electric · B5 NUC

A consistent pattern of preventative care defines the roadworthiness of this Audi, which successfully secured a clean pass on 10 February 2026 at 66,798 miles. The test history reflects a stable trajectory of compliance over three consecutive annual inspections, though the record is punctuated by recurring minor consumable wear. While the vehicle has avoided structural failures, the persistent logging of tyre penetrations and edge wear indicates that rubber replacement and alignment checks have been frequent requirements rather than isolated incidents. Covering 66,798 miles in roughly five years translates to an annual average of approximately 13,360 miles, positioning this example at a higher utilization rate than the typical passenger car of its age. This heavier-than-average mileage accumulation means the propulsion battery, high-voltage architecture, and heavy mechanical underpinnings have experienced intensive operational cycling. High-mileage electric vehicles place accelerated demands on heavy-duty subframes, air suspension systems, and regenerative braking actuators, meaning that component fatigue is more advanced than on a low-mileage equivalent. Given the frequent advisory history regarding tyre condition and penetrations, a physical inspection of all four corners is essential before purchase. The prospective buyer should carefully examine the inner and outer tread shoulders of both rear tyres for accelerated wear patterns that point to potential four-wheel geometry misalignment or excessive loading. On the test drive, listen closely for any heavy thuds, knocks, or creaks originating from the multi-link suspension and air springs when traversing potholes or speed humps, as the elevated mileage places severe strain on control arm bushes and ball joints. Furthermore, inspect the condition of the exterior lighting units, specifically addressing the minor stop lamp defect noted on the most recent test to ensure the housing seal has not allowed moisture ingress into the LED circuitry. Although the regenerative braking system typically shields conventional friction brakes from heavy wear, verify that the physical brake discs are free from deep scoring or surface corrosion caused by disuse or road salt exposure. Check that the steering remains neutral without any side-to-side pull, which would confirm whether the tracking requires immediate adjustment.