2010 Volkswagen Passat 2.0L Diesel · YB10 AAX

The 2010 Volkswagen Passat with 207,231 miles shows a stable roadworthiness trend based on its most recent MOT, recorded on 2023-06-02 at 207,231 miles, which resulted in a pass with no defects. However, the vehicle’s MOT history reveals inconsistent outcomes, including two consecutive failures in early 2022 (202,931 and 202,934 miles) with no recorded defects, followed by a pass in late 2022. These anomalies suggest potential issues with minor components or procedural variances, though the absence of specific defects limits definitive conclusions. The lack of recent inspections beyond 2023 raises concerns about unmonitored wear, particularly given the high mileage for its age. The vehicle’s mileage of 207,231 miles, accumulated over 16 years, equates to approximately 12,952 miles annually—a notably high rate that accelerates wear on consumables and mechanical systems. A significant jump from 197,974 miles in 2020 to 202,934 miles by early 2022 indicates rapid usage, potentially straining suspension bushes, coil springs, and brake components. The subsequent minimal mileage increase of 297 miles by June 2023 suggests possible periods of inactivity, which could exacerbate corrosion or fluid degradation. The sparse defect records across the MOT history complicate assessing long-term maintenance patterns, though the absence of major issues in the latest test implies no immediate critical failures. A buyer should prioritise an in-person inspection of the suspension system, focusing on worn bushes or coil springs, and check for brake disc warping or binding calipers, which are common in high-mileage vehicles. The exhaust system and underbody should be scrutinised for corrosion, while the braking mechanism requires verification of pad thickness and disc condition. Given the vehicle’s age and mileage, verifying service records for fluid changes and timing belt integrity would also be prudent. While the MOT history does not highlight severe faults, the combination of high annual mileage and intermittent test outcomes necessitates careful evaluation of mechanical resilience.