2010 VOLKSWAGEN CRAFTER2.5L Diesel

The vehicle has a current roadworthiness status of passed as of 2025-05-09 at 106,324 miles with no defects recorded. The maintenance trend appears stable over the past two years, with no recurring mechanical failures or advisories emerging since the last advisory-free test. While an earlier failure in April 2024 at 103,128 miles suggests a potential one-off issue, subsequent inspections have shown consistent compliance with roadworthiness standards. Mileage accumulation aligns with typical usage for a 16-year-old vehicle, averaging approximately 6,645 miles annually. The recorded mileage shows no abrupt jumps or prolonged periods of stagnation, with annual increases ranging from 2,757 miles (2022-04-21 to 2023-05-03) to 3,279 miles (2024-04-16 to 2024-04-18). This consistency implies regular use without extreme wear patterns, though the lack of mileage data between 2023-05-03 and 2024-04-16 leaves a minor gap in tracking. The April 2024 failure at 103,128 miles, followed by a pass at the same mileage four days later, indicates a resolved issue likely related to a temporary fault rather than progressive deterioration. No structural or mechanical components were flagged in subsequent tests, suggesting the problem was isolated and corrected. However, the absence of advisories in later inspections does not preclude the need for vigilance regarding wear-prone areas. A buyer should prioritize inspecting the suspension system, particularly the rear suspension bushes and coil springs, given the vehicle’s age and mileage. Brake components, including discs and calipers, warrant scrutiny for signs of corrosion or uneven wear, especially if the 2024 failure involved braking performance. Structural integrity checks for corrosion, particularly in wheel arches and sills, are advisable due to the Crafter’s susceptibility to rust. Additionally, exhaust emissions levels should be monitored, as older diesel engines may exhibit increased particulate output. While the MOT record shows no persistent issues, these areas require hands-on verification to confirm ongoing mechanical soundness.