2016 Volkswagen Polo 1.4L Diesel · AP06 ELP

The 2016 Volkswagen Polo carries a record of mostly clean roadworthiness punctuated by two distinct failure events that occurred within the past twelve months. A failed MOT on 2026-06-08 cited inadequate windshield washer liquid supply and subsequently a near-miss failure on 2024-09-21 also linked to insufficient washer function, while the nearest successful test came on 2026-06-09 with no defects noted. Between these incidents the vehicle managed three passes spanning from 2021 through 2025, indicating that any deterioration was isolated to specific systems rather than systemic breakdown. The overall trajectory therefore reads as stable with sporadic minor failures rather than a progressive decline in mechanical health. With 103,482 miles recorded on a ten-year-old Polo, the annual accumulation averages just over 10,300 miles per year, which sits squarely within normal expectations for this model and age group. The test schedule shows consistent intervals of roughly six weeks between successive MOTs from 2021 onward, with only a brief eight-month gap between the September 2024 and June 2025 assessments. This steady usage pattern suggests the vehicle was regularly driven but not pushed to extremes, though the recurring windshower washer failures indicate a specific subsystem problem that persisted across multiple test cycles. The absence of other major failures in the intervening years implies that the drivetrain and primary safety systems remained largely functional throughout the period. The windshield washer system presents the most immediate concern given the two documented failures—both rated at 3.5 (a) severity—that point to either a pump malfunction, contaminated fluid, or degraded spray mechanism. During a test drive, pay close attention to how the washer spray operates at idle versus high speed, listening for irregular noises and observing whether water streams adequately across the windscreen surface. If the washer performs poorly even after the washer fluid level is confirmed adequate, the pump or internal nozzle assemblies may require servicing. Additionally, note any wetting of the windscreen edges or fogging that persists despite washer activation, which could signal deeper seal leakage around the washer tray. The anti-roll bar linkage also warrants scrutiny because the 2026-06-08 failure highlighted compromised ball joint dust covers allowing dirt ingress. Inspect the rear near-side front anti-roll bar assembly for signs of excessive play, creaking noise during cornering, or visible contamination around the ball joints. A thorough visual examination of the pivot bushings and the dust cover housing will reveal whether the protective cover remains intact and properly seated; any missing or damaged debris shield should be replaced to prevent accelerated wear. Given that the same component was flagged again in subsequent testing, addressing this issue before acquisition would help ensure consistent handling dynamics and reduce the likelihood of sudden linkage failure under load.