2020 Volkswagen Polo Match TSI 1.0L Petrol · LM70 HZT

The 2020 Volkswagen Polo Match TSI presents a generally sound roadworthiness profile, though the most recent MOT activity on 23 October 2025 at 14,337 miles reveals a minor but notable uptick in flagged defects. The vehicle failed a test on that date due to a supplementary restraint system warning lamp indicating a fault and a slightly distorted nearside front outer road wheel, before passing a retest on the same day. This pattern suggests the airbag or SRS issue was promptly addressed, likely a sensor reset or localised repair, while the wheel distortion advisory carried forward into the pass. The maintenance trend is therefore stable overall, with no serious structural or mechanical failures recorded across the entire history, but the dual October 2025 entries confirm the car has not been entirely defect-free in recent months. The mileage accumulation is notably low for a six-year-old vehicle. Between the October 2023 test at 9,295 miles and the October 2024 test at 10,938 miles, the Polo covered just 1,643 miles over twelve months. The mileage then remained completely static at 14,337 miles across both October 2025 tests, indicating either a recent correction, a period of non-use, or a recording anomaly at the time of the earlier pass. A sub-2,400-mile annual average over six years points to very light use, which can preserve consumables like brake discs and tyres but also raises the question of extended standing periods that may have allowed moisture ingress into components or flat-spotting of tyres. The recurring nearside front outer road wheel distortion flagged in the October 2025 test warrants close physical inspection. A bent or buckled wheel rim can indicate a significant impact with a pothole or kerb, and buyers should check for corresponding tyre sidewall damage, uneven tread wear, and any play in the nearside front suspension bushes, ball joints, or wheel bearing. The SRS warning lamp fault, while resolved for the retest, should be verified with an OBD-II diagnostic scan to confirm no dormant fault codes remain in the restraint system module. Given the low mileage and clean structural record, the underbody and subframe are unlikely to show significant corrosion, but a visual check of brake lines, exhaust mounting points, and suspension coil springs for surface rust remains prudent on any vehicle that may have sat idle for extended periods.