2015 Volkswagen Transporter 2.0L Diesel · SN15 AXB

The 2015 Volkswagen Transporter presents a mixed roadworthiness profile, with the most recent MOT on 2025-07-21 confirming a pass at 48,580 miles. However, the vehicle’s history reveals two consecutive failures in 2024-08-01 and 2024-07-31 at the same mileage of 45,237 miles, both without recorded defects. This suggests unresolved issues that were later corrected, as the subsequent 2023 tests at 40,089 miles also included a failure and a pass with no defects. The lack of specific fault details in the records limits clarity, but the recent pass indicates a resolved condition. The vehicle’s maintenance pattern shows intermittent testing, with no clear trend of worsening or improvement beyond the 2024 anomalies. The recorded mileage of 48,580 miles over 11 years equates to an average of 4,416 miles annually, significantly below typical usage. This low mileage implies infrequent use or prolonged periods of inactivity, which can lead to component degradation such as battery drain, fluid stagnation, or corrosion. Notably, the 2024-07-31 failure occurred just one day before the 2024-08-01 pass, both at identical mileage, raising questions about the testing process or potential oversights. The 2025 test, conducted 11 months after the last pass, confirms compliance but does not address the earlier inconsistencies. The sparse data makes it challenging to assess long-term wear trends definitively. A buyer should prioritize in-person checks for components prone to hidden issues. Suspension bushes and coil springs may show wear from irregular use, while brake systems could exhibit binding calipers or uneven disc wear due to infrequent operation. Corrosion risks are heightened by low mileage, particularly in underbody areas. The exhaust system and structural integrity should also be inspected, as emissions failures or rust might not appear in MOT records. Despite the recent pass, the vehicle’s maintenance history underscores the need for a thorough mechanical inspection to confirm its current condition.