2015 Volkswagen Polo 1.2L Petrol · LC64 OTE

The Volkswagen Polo presents a stable roadworthiness profile overall, with the most recent test on 9 July 2025 recording a clean pass at 45,868 miles and zero defects. That said, the same date also produced a failed test for a structurally compromised offside rear tyre, the sidewall cracked and perished with cords exposed. The vehicle passed later that day on a different tyre, suggesting the defect was rectified rather than ignored. The maintenance trend is broadly stable, though the recurring tyre degradation flagged in consecutive years raises questions about storage conditions and basic consumable upkeep. The mileage accumulation is notably low for an eleven-year-old supermini, averaging roughly 4,170 miles per year. Progression through the record is steady and unbroken, moving from 41,047 miles in July 2022 to 43,565 miles in July 2023, then 44,777 miles in July 2024, and finally 45,868 miles in July 2025. That equates to annual increments between 1,200 and 2,500 miles, consistent with short-trip local use rather than sustained motorway driving. Long periods of standing can accelerate tyre sidewall perishing and brake seizing, both of which appear in this record. The recurring tyre condition advisories warrant closer scrutiny. In July 2024, the tester noted the offside rear tyre was cracking and perished, and by July 2025 the same position suffered a structural sidewall failure. This pattern suggests the nearside and offside rear tyres may have aged together and the nearside unit could be approaching the same condition. A buyer should inspect all four tyres for date codes, sidewall cracking, and uneven wear, paying particular attention to the rear axle. Brake components on lightly used vehicles are prone to surface corrosion and binding, so a road test should include low-speed braking to check for dragging or pulling, especially at the rear. The water condensation noted inside the offside headlamp in 2024 was not flagged again in 2025, but the lamp seal should still be verified to prevent moisture ingress affecting electrical connections over time.