2017 Volkswagen Polo 1.2L Petrol · NG66 SSZ

A clear and consistent mechanical narrative emerges across this Volkswagen Polo's MOT record, and it centres squarely on the front and rear brake discs and the front suspension dampers, all of which have generated advisories or failures at every test since 2022. The most recent outcome on 12 November 2025 was a pass, though it was achieved only two days after a failure on 10 November 2025 for an offside front headlamp aim set too high and a front brake disc recorded as significantly and obviously worn, which carries a Major defect classification. The rear brake disc advisory for pitting and scoring is now in its second consecutive test, and the nearside and offside rear brake binding advisories also recur across 2022, 2024, and 2025, indicating a persistent issue rather than a one-off observation. The front shock absorbers are equally chronic, with light oil misting first noted on both sides in 2022, progressing to a serious fluid leak failure on the nearside in October 2024 before returning to a light misting advisory on both units at the subsequent retest. A front suspension arm pin or bush wear advisory appeared in 2023 alongside a Major failure for the same component, which suggests the lower wishbone area has not been fully resolved. Combined, the trajectory shows a vehicle whose wear pattern is dominated by the braking and front suspension systems and where advisory items have frequently escalated into Major defect failures. With just over 50,989 miles recorded against an age of around nine years, the Polo has averaged roughly 5,665 miles annually, which is well below typical usage and places it firmly in low-mileage territory. The MOT testing intervals show entries clustered in 2022, 2023, 2024, and 2025, with no visible multi-year testing voids that would suggest a long period off the road, and the mileage increments between tests appear steady and modest. Lower annual mileage of this nature generally means reduced wear on high-cycle components such as the clutch and engine internals, but it can also mask degradation in items that suffer from age rather than use, including rubber bushes, brake discs and pads that corrode and pit from infrequent rotation, and hydraulic seals such as those in the shock absorbers and brake calipers that deteriorate over calendar years. The recurring brake disc pitting and the persistent brake caliper binding advisories across multiple years are entirely consistent with this pattern of light, age-related corrosion rather than mileage-driven wear. Given the prominence of brake-related advisories and failures in the record, a prospective buyer should make the braking system the primary focus of any physical inspection and test drive. On the road, the car should be checked for any pulling to one side under firm braking, which could indicate a sticking caliper or uneven disc wear, and for any judder or vibration through the brake pedal, particularly when slowing from higher speeds, as the front discs were recorded as significantly worn on the inner face and the rear discs as pitted and scored. With the rear calipers specifically flagged for binding at three separate tests, a stationary check should include a handbrake release and reapply to confirm the levers return cleanly, and a brief low-speed stop should be observed to ensure both rear brakes release fully rather than remaining partially engaged. The rear brake disc surface should be inspected for a pronounced lip at the circumference and for visible corrosion pitting, as the advisory wording suggests the surfaces have already degraded to a measurable degree. The front suspension demands equally close attention because the shock absorbers have been flagged at every MOT in the record, the nearside one having progressed to a serious fluid leak failure before apparently being replaced or repaired. On a test drive, listen for any knocking or clonking from the front wheels over uneven surfaces, particularly over speed humps and potholes, as worn shock absorber mountings or top bearings often reveal themselves as metallic noises under load. Steering response should be evaluated for any vagueness or delay, and the front wheels should be rocked laterally at standstill to expose play in the suspension arm pin or bush that was flagged as excessively worn in 2023, even if no advisory was issued at the most recent test. The headlamp aim failure from November 2025 should also be verified by a simple visual check against a flat wall in darkness, and the nearside front tyre condition should be examined for uneven inner-edge wear, which was recorded in 2023 and could recur if the suspension geometry has been disturbed. Together, these checks reflect the specific components that have determined this vehicle's roadworthiness history and offer the clearest indication of its present mechanical state.