2021 Volkswagen Polo Match TSI 1.0L Petrol · DY70 YLG

The vehicle’s most recent MOT test on 13 December 2025 at 13,187 miles ended in failure, revealing a deterioration in condition compared to the clean passes recorded in January 2025 and February 2024. While the same test day also shows a pass record, the presence of a failure indicates unresolved or newly emerged issues requiring attention. The primary faults identified were defective windscreen wiper blades and damaged outer track rod end ball joint dust covers on both the nearside and offside front wheels. These items, though not critical safety defects, suggest a decline in maintenance vigilance as the vehicle ages. Mileage progression remains notably low for a 2021 model now approaching five years of age. The car increased from 8,627 miles in February 2024 to 10,567 miles by January 2025, followed by a sharp jump to 13,187 miles just eleven months later. This recent acceleration in usage, or potential discrepancy in recording, contrasts with the otherwise conservative annual mileage of approximately 2,637 miles. The gap between tests is consistent, with no prolonged periods of inactivity evident in the records, suggesting regular use rather than extended storage. Prospective buyers should prioritise inspection of the front suspension components, particularly the track rod ends, to confirm whether the dust cover damage reflects deeper wear or simply deteriorated seals. The binding or compromised dust covers could allow dirt ingress, potentially accelerating wear on the ball joints themselves. Additionally, the wiper mechanism requires verification for proper operation and blade condition, as ineffective wiping impairs visibility in wet conditions. Given the low overall mileage, attention should also be paid to rubber seals, gaskets, and other age-related components that may have degraded despite limited use. A thorough road test and visual inspection of the undercarriage for signs of corrosion or structural fatigue would further inform the vehicle’s true condition beyond the MOT findings.