2017 Mercedes-Benz Vito 1.6L Diesel · KM17 VWS

The vehicle presents a concerning roadworthiness profile characterized by a pattern of deferred maintenance and recurring mechanical failures. While the van passed its latest test in December 2024 at 201,923 miles, this result followed a significant failure just three days prior. The maintenance trend is reactive, as the owner appears to only address faults when forced by an MOT failure rather than performing preventative care. The presence of an inoperative engine management light in the December 2024 failure suggests underlying electronic or engine issues that remain unresolved. At over 201,000 miles in nine years, this Mercedes Vito has covered an average of approximately 22,400 miles per year, indicating heavy commercial or long-distance usage. The record shows consistent and rapid mileage accumulation, with nearly 25,000 miles logged between December 2023 and another 16,000 miles by December 2024. This high rate of use puts immense strain on the drivetrain and suspension components, which is evidenced by the frequent degradation of rubber parts and braking hardware across multiple testing intervals. A physical inspection must focus on the suspension and braking systems, as these are persistent points of failure. The tester flagged severely deteriorated ball joint dust covers on both front suspension arms and a fractured nearside coil spring in late 2024. Although these were supposedly repaired, the recurring mention of pitted and scored brake discs along with thin pads across three years suggests the braking system is being neglected until it becomes critical. The nearside rear brake binding noted in December 2024 indicates a sticking caliper or slider that could lead to uneven wear and heat damage. The persistent oil leak noted in 2022 and again in 2024 requires a thorough inspection to determine if it is a minor seal weep or a failing gasket. Given the history of inoperative engine warning lights and a previous SRS system fault, the buyer should demand a diagnostic scan to ensure all faults were properly cleared and not merely masked. The high mileage combined with this history of component failure suggests that major mechanical components are nearing the end of their operational life.