2017 Audi A1 1.0L Petrol · FN67 UAM

A clear pattern of front-end consumable wear emerges across the MOT history of this 2017 Audi A1, with brake pads and tyres on the front axle repeatedly reaching the lower limits of legal serviceability. The 2022 test sequence stands out as the most concerning, featuring two dangerous failures in quick succession: the first flagged an exposed ply on the offside front tyre and nearside front brake pads below 1.5mm, while the immediate retest identified the offside front tyre below 1.6mm tread depth and both front brake pads again under the wear threshold, alongside lipped front brake discs. The most recent test in May 2026 was initially recorded as a failure due to a major exhaust leak causing a likely emissions failure, but a pass was issued on the same date, indicating the defect was rectified prior to or during the test process. Advisories in 2023 and 2024 continued to flag nearside front tyre edge wear and progressively thinning brake pads, while the 2024 inspection also noted pitted and scored rear brake discs. The overall trajectory suggests a vehicle whose front braking and tyre components have been operating near the margins of compliance for several years, with the exhaust system now added to the list of mechanical concerns requiring attention. With 97,723 miles recorded across nine years, the A1 has accumulated roughly 10,800 miles annually, which is a typical usage rate for a car of this age. The mileage progression between tests appears consistent, with no significant gaps that would imply long periods off the road, though the absence of tests between September 2022 and August 2023 may reflect a lapse in annual scheduling. At this mileage point, wear on suspension bushes, anti-roll bar links, and front axle components is common, and the chronic advisories on front tyres and brake components are consistent with the mechanical demands of a vehicle that has seen regular urban and mixed driving. The rear brake disc advisories in 2024 suggest that braking attention should not be confined solely to the front axle, and the major exhaust leak recorded in 2026 indicates that the underfloor and central exhaust sections warrant thorough physical inspection. A prospective buyer should focus the physical inspection on the front braking system, particularly the condition of the pads, caliper slide pins, and the discs for lipping or hot spots, given the repeated near-failure advisories and the 2022 dangerous failures. The front tyres should be examined for uneven shoulder wear, which has been flagged on multiple occasions, and the tracking should be checked to determine whether the wear pattern is alignment-related or suspension-related. On a test drive, listen for any binding caliper symptoms such as pulling to one side under braking or a juddering brake pedal, and feel for vibration through the steering wheel that may indicate warped front discs. The exhaust system, particularly the central section and joints, should be inspected for black soot deposits or audible hissing under load, as a major leak has only just been addressed and any repair quality should be verified. The rear brake discs noted as pitted and scored in 2024 should be physically checked for remaining thickness and any ridges around the outer edge, as corrosion and wear can accelerate once the protective surface layer is compromised. The windscreen damage recorded as minor in three consecutive tests from 2022 to 2024 should be examined to ensure it has not grown into the driver's direct line of sight or widened to the point where it would now be classified as an MOT failure. Under the vehicle, inspect the suspension arms, drop links, and anti-roll bar bushes for any cracking or perishing, as the combination of typical mileage and nine years of road exposure makes these components prime candidates for deterioration. Finally, verify the service history for the timing belt or chain service interval, as the Audi A1's 1.0 or 1.4 TFSI engine has specific maintenance schedules that, if missed, could lead to costly internal engine damage.