2002 Mercedes-Benz Vito 2.2L Diesel · DF02 ABO

The vehicle presents a concerning roadworthiness profile with a worsening trend in structural and mechanical integrity. While it passed its most recent test in August 2025 at 80,169 miles, this success followed a catastrophic failure just two days prior. The August 2025 failure record reveals critical structural corrosion across all four subframe mounting points and rear suspension component mountings. The fact that the vehicle passed immediately after these red-rated failures suggests reactive repairs were made to meet minimum standards rather than addressing the long-term degradation of the aging chassis. The mileage pattern is exceptionally low for a 24-year-old vehicle, recording only 80,169 miles at an average of roughly 3,340 miles per year. However, this low usage appears to correlate with neglect rather than careful maintenance. Between July 2022 and July 2023, the vehicle covered only 1,025 miles, yet suffered a massive failure involving structural inner sill corrosion, failed emissions, and multiple mechanical breakdowns. This suggests the vehicle likely sits for long periods, leading to the degradation of rubber components and the accelerated oxidation of the metal sills. A physical inspection must prioritise the structural integrity of the inner sills and subframes. The 2023 failure identified excessive corrosion on the inner sills, while the 2025 failure flagged deep corrosion on subframe mountings. A buyer should verify if these areas were structurally reinforced or merely treated with paint. Additionally, the uneven wear on the front tyres noted in 2025 indicates persistent geometry issues or worn suspension bushes, which aligns with the ball joint failures recorded in 2023. The mechanical state also requires close scrutiny. The recurring glow plug light and the previous emissions failure in 2023 suggest potential engine management or fueling issues. The braking system has shown a history of fluctuating discs, poor parking brake efficiency, and a defective load sensing valve linkage. Given the perished rear tyres and damaged sidewalls noted in 2025, the vehicle demonstrates a history of ignoring basic consumable maintenance until failure occurs despite the low mileage.