2022 Audi A3 Sport 30 Tfsi 1.0L Petrol · BT72 NKL

Tyre health and structural bodywork defects define the recent regulatory record for this Audi A3, which secured a pass on 21 November 2025 after rectifying a severe initial refusal. The vehicle initially failed its examination the day prior due to a dangerous nearside front tyre showing exposed ply or cords on the outer sidewall, alongside a major defect regarding structural body damage to the offside rear bumper deemed likely to cause injury upon contact. Advisory items noted during these tests included heavy inner and outer edge wear on the offside front tyre, perishing and cracking across both rear tyres, and items obstructing the driver's view. This progression from a dangerous failure to a pass indicates that immediate tyre replacement resolved the critical roadworthiness concerns for that test cycle, though it highlights an acute historical neglect of primary rubber components. Covering 27,670 miles over its four-year lifespan yields an average annual accumulation of roughly 6,918 miles, a usage pattern that sits squarely within typical parameters for a modern hatchback. This moderate mileage rate suggests the vehicle has neither suffered the accelerated mechanical fatigue associated with high-intensity fleet or courier use, nor experienced extended periods of stationary storage that can lead to brake seizure or battery degradation. Mechanically, a car with this mileage profile should exhibit minimal powertrain wear, provided the routine servicing intervals have been adhered to in line with the manufacturer schedule. Prospective buyers must conduct a rigorous physical inspection of the areas flagged during the MOT history, beginning with a thorough check of all four tyres to ensure the previously noted perishing, cracking, and edge wear have been fully addressed with premium replacements and correct wheel alignment. Inspect the offside rear bumper assembly closely to verify that the structural damage recorded as a major defect has been repaired properly without leaving sharp edges or compromised mounting points that could fail safety standards. Furthermore, check the inner wheel arches and suspension mounting points during a test drive for any residual impacts from whatever caused the bodywork damage. During the dynamic road test, pay close attention to the steering and suspension geometry, listening for any tracking pulls or uneven vibrations that would indicate lingering alignment issues caused by the severe tyre wear observed on the front axle. Test the braking system firmly from various speeds to ensure the pedal feels progressive and does not pull to one side, which would suggest binding calipers or uneven friction material wear. Finally, verify that all driver aids, parking sensors, and interior electronics operate without fault, ensuring that the history of items obstructing the driver's view did not mask any underlying electrical modifications or dash-mounted sensor obstructions.