2015 Volkswagen Polo 1.2L Petrol · AP15 ECX

The vehicle presents a stable roadworthiness profile based on the most recent MOT history. The June 2026 test at 49,092 miles resulted in a pass, though the tester flagged several advisories regarding consumable wear. Specifically, the nearside rear brake disc shows signs of pitting or scoring, and both rear tyres exhibit damage or perishing. While these issues do not constitute immediate failures, they indicate that the vehicle is entering a phase where age-related degradation of rubber and metal surfaces is becoming more frequent. The mileage pattern reflects very light usage for an eleven-year-old vehicle, averaging approximately 4,463 miles per year. The records show a consistent, low-mileage progression from 12,622 miles in June 2018 to the current 49,092 miles in June 2026. This low annual distance explains the lack of heavy mechanical wear but also correlates with the specific types of advisories noted. The appearance of tyre cracking and brake disc pitting often suggests the vehicle spends significant periods stationary, allowing moisture to affect metal surfaces and rubber compounds. A prospective buyer should focus on the condition of the braking system and tyres during a physical inspection. The MOT history shows a recurring trend of brake disc wear, with front discs noted in 2022 and 2023, followed by the nearside rear disc being flagged in 2026. You should check for any signs of binding calipers or uneven pad wear. The recent advisories regarding tyre cuts and perishing suggest the rubber is reaching the end of its serviceable life due to age rather than tread depth alone. Inspect the vehicle's ability to hold a steady headlight aim, as this was a failure point in June 2022. Although the 2024 test showed no defects, ensuring the electrical and adjustment components remain secure is prudent. Given the low mileage and the nature of the recorded advisories, the primary concerns are maintenance items related to age and inactivity rather than high-mileage mechanical fatigue.