2018 Mercedes-Benz Sprinter 2.1L Diesel · DG18 ACO

The vehicle is currently roadworthy, though the maintenance trend shows signs of reactive rather than proactive care. The most recent test in November 2024 at 186,304 miles passed with no defects recorded, indicating that the mechanical issues identified earlier that year were addressed. However, the failure in early February 2024 reveals a period where suspension and braking components were neglected, suggesting that parts are only replaced once they reached a point of failure or legal jeopardy. The mileage profile is exceptionally high for an eight-year-old vehicle, averaging over 23,000 miles per year. A significant surge in usage occurred between February 2023 and February 2024, where the vehicle covered 24,123 miles in just twelve months. This rapid accumulation is consistent with heavy commercial or long-distance fleet use, which accelerates the wear on the drivetrain and suspension systems. The interval between the November 2024 test and the current date shows the vehicle remains in active high-mileage service. A buyer must conduct a thorough physical inspection of the rear suspension geometry, as the February 2024 failure flagged major play in the suspension arm bushes and droplink pins. These components are subject to high stress under heavy loads and should be checked for further rubber degradation or excessive movement. The braking system also shows a history of deferred maintenance, with thin pads noted in 2021 and pitted front discs in 2024, necessitating a check of the current hardware for uneven wear or caliper binding. Given the high mileage, the focus should also shift to the structural integrity of the chassis for signs of corrosion, common in Sprinters. While the record does not currently list structural failures, the intensive use of the vehicle increases the likelihood of shock absorbers and bushings nearing their end of life. Ensure the service history supports regular oil changes, as the MOT data alone suggests the owner has only addressed faults when prompted by the tester.